calls for research papers

racism and hate crimes essay

This site uses cookies to ensure you get the best experience on our website. To learn more visit our Privacy Policy. Cover letter filetype doc, you might want to jump right into our resume builder and have your resume and cover letter ready in a snap. Want to write your cover letter fast? Use our cover letter builder. See actionable examples and get expert tips along the way. Create your cover letter now.

Calls for research papers essay on a beautiful landscape

Calls for research papers

Software Systems. Identity 1 Sport Science 1. Convergence 1 Uncategorized 1. Uncategorized 74 Convergence 2. Chiba 1 Kobe 1 Tsukuba 1 Kitakyushu 1. Padova 1 Salerno 1. Singapore Singapore Dresden 1 Hamburg 1. Greece Athens 15 Thessaloniki 4 Rhodes 3 Corfu 2. Indonesia Bali 17 Jakarta 4 Surabaya 1.

Turkey Istanbul 18 Izmir 1. Netherlands Amsterdam 12 Eindhoven 2 Utrecht 1. Malta Valletta Taiwan Taichung 5 Taipei 4 Tainan 2. Czech Republic Prague 6 Brno 2 Olomouc 1. Egypt Cairo 7. Hungary Budapest 7. Switzerland Zurich 5 Geneva 1. New Zealand Auckland 5 Wellington 1.

Denmark Copenhagen 6. Russian Federation Kazan 1 Kaliningrad 1 St. Petersburg 1 Tomsk 1 Moscow 1. Austria Vienna 2 Innsbruck 1 Salzburg 1 Linz 1. Bulgaria Varna 3 Sofia 1. Estonia Tartu 4. Brazil Fortaleza 1 Natal 1 Campinas 1 Joinville 1.

Vietnam Hanoi 3. Ireland Cork 2 Galway 1. South Africa Johannesburg 3. Mexico Cancun 1 Morelia 1 Guadalajara 1. Ukraine Herson 1 Lviv 1 Kiev 1. Lithuania Vilnius 2 Kaunas 1. Romania Bucharest 2. Slovakia Bratislava 2. Tunisia Hammamet 2. Peru Lima 2. Sri Lanka Colombo 2.

Belgium Leuven 2. Morocco Tangier 1. Submissions are welcome on a rolling basis. Springer Nature has signed a statement of intent that calls on researchers, journals and funders to rapidly and openly share relevant research findings and data to inform the public health response and help save lives.

This action affirms our commitment to the principles set out in the Statement on data sharing in public health emergencies. To stay up-to-date on the latest COVID news and developments, subscribe to the Nature Briefing delivered to your inbox for free every weekday. His research focuses on the pathogenesis and antivirals of re emerging viruses, particular flaviviruses and coronaviruses. His lab is interested in studying novel biomarkers that are involved in the context of pulmonary inflammatory diseases.

High-throughput transcriptomics has revolutionised research through simplification of large and labour-intensive experiments, enabling rapid evaluation of interventions and biological processes. Transcriptomic techniques and analyses vary widely depending on the focus of the research, providing high-resolution data on a small number of genes, or information on the whole transcriptome.

The focus of this Collection is on gathering the latest research into a wide variety of transcriptomic technologies, and work which utilises these powerful techniques to further our understanding of biological processes. In addition to papers on high-throughput transcriptomics, Scientific Reports welcomes all original research in the field of genomics.

To browse our latest articles in genomics, click here. His main research interest is bioinformatics applied to genetic improvement of plant species. In particular, his research activity is focused on the analysis of NGS data and on the development of strategies, methods and tools for the management of "omics" data.

Her research focuses on the nutritional and physiological transcriptomics using ruminant and mouse models. Her research interests include the investigation of microbial, digestive, and animal factors to increase dairy cow performance and nutrient use efficiency. His research interests include the evolutionary mechanisms of eukaryotic genome structures, as well as the development and application of methodology and analytical tools of data from various omics technologies in a broad range of complex biological systems.

This Collection invites original research with a focus on cancer immunotherapy, as well as associated techniques and methods. In addition to papers on cancer immunotherapy, Scientific Reports welcomes all original research in the field of cancer therapy.

To browse our latest articles in cancer therapy, click here. Areas of research expertise includes cancer motility, invasion, metastasis, metastasis suppressor microRNAs, and cancer immunotherapies. Marc S. Ernstoff trained as a medical oncologist and tumour immunologist before starting to focus more on laboratory, translational and clinical research aimed at expanding our understanding of the immunobiology of human cancer and the development of new immune therapies.

His research continues to contribute to the development of novel therapies of renal cell cancer and melanoma including cytokine therapies, dendritic cell vaccines, immune checkpoint inhibition, targeted therapies and ex vivo expanded effector cells for adoptive transfer.

Hermann Frieboes, Ph. His research focuses on the study of disease progression and treatment response from engineering and physical sciences perspectives, including mathematical modelling, machine and statistical learning, and computational simulation techniques that are integrated with experimental and clinical data. Key areas of interest include immunotherapy and nanotherapy to treat cancer and infectious diseases. She is an expert in glycobiology and its interface with immunology and oncology.

She is motivated by the mechanisms that govern glycan expression and recognition and its impact on human biology and disease, performing relevant translational research for innovative theragnostic methods.

The deadline for submissions has been extended until the end of August In addition to papers on genome editing, Scientific Reports welcomes all original research in the field of biotechnology. Her research interests are zebrafish developmental genetics, disease models, gene editing and genome engineering tools for functional genomics.

His research interests include the development of genome editing systems and methods, and their application in various cells and organisms. Twistronics is a rapidly developing field in the area of two-dimensional materials. By simply adjusting the angle — or twist — between layers of two-dimensional materials, one can control the electrical properties of the complete system to produce incredible effects such as switching between non-conducting and superconducting states.

In addition to papers on twistronics, Scientific Reports welcomes all original research in the field of materials science. You may also be interested in our published 2D materials: preparation, characterization and applications Collection. His research focuses on optical spectroscopy of semiconductors and nanomaterials, including two-dimensional materials.

His research emphasizes the use of in situ characterization tools for fundamental understanding of materials synthesis and properties. Machine learning has huge potential as a tool to investigate new materials and new applications of existing materials, as well as to streamline and focus future experimentation through rapid screening. This Collection will explore the use of machine learning in all aspects of materials chemistry, from discovering and designing new materials to modelling and optimising their performance, defining structure-property relationships and identifying new applications.

In addition to papers on machine learning for materials chemistry, Scientific Reports welcomes all original research in the field of materials science. His research interests include smart cities, network security, artificial intelligence, internet of things, and intelligent systems. He has received several awards for his research and been invited as a guest to comment on technology related issues on a number of media platforms.

As a computational chemistry academic, Prof Liao is interested in the unique properties of low dimensional materials which cannot be obtained from the corresponding bulk forms. She has been focusing on computational design of low dimensional materials in diverse energy application, including catalysis and energy storage.

His current research centers on using materials informatics for the discovery, synthesis, characterization, and properties of new materials for energy applications. He obtained his M. His main research interest lies in emerging technologies for machine learning.

The adoption of quantum resources can provide strong advantages over existing classical approaches, leading to growing research efforts from theoretical and experimental researchers. Theoretically, great interest has been devoted to investigating and developing novel protocols that exploit quantum resources for enhanced information processing, while on the experimental front significant advances have been made recently to identify the most suitable platform for each task, as well as to push the technology towards progressively larger quantum systems.

This Collection intends to provide a timely chance for scientists, researchers, and engineers to publish their current innovations, engineering achievements, and some of the state-of-the-art applications to solve these problems in the field of quantum information and computation. Submissions will be welcome at any point up until the end of July In addition to papers on quantum information and computing, Scientific Reports welcomes all original research in the field of quantum physics.

To browse our latest articles in quantum physics, click here. He received his Ph. D in Physics from Tsinghua University in Currently, his work is focused on the recently discovered quantum coherence signature in the natural light-harvesting process, and quantum simulation of open quantum dynamics.

Prof Farouk is exceptionally well known for his seminal contributions to theories of quantum information, communication, and cryptography. She is an experimentalist working on the advancement of quantum technology specialising in the development of quantum systems for quantum communication. Tens of trillions of micro-organisms, primarily bacteria, reside in the human body and collectively constitute the 'human microbiome'.

Recent advances in metagenomics, metabolomics and other high-throughput, high-resolution technologies are enabling rapid progress to be made in our understanding of the fundamental role of the microbiome in human health and disease. This Collection aims to bring together original research in this expanding field and welcomes submissions on all aspects of human host-microbiome interactions. In addition to papers on the human microbiome, Scientific Reports welcomes all original research in the field of microbiology.

Dr De Filippo is applying metagenomics and metabolomics to the analysis of community structure, gene content, and function of complex microbial communities in human populations and in animal models gut microbiome exposed to different diets. In she published a seminal work on microbiota variability in African and Italian rural populations. Since then she continued to study how regional diversity in the diet is associated with differences in the microbiome, and how these differences are endangered by the globalization of food.

Pharmacy and Biotechnology, University of Bologna, Italy. Prof Turroni's research activity is mainly focused on the characterization of the compositional and functional structure of the human gut microbiome, and its impact on human health. Recent advances in both the hard- and software used in live cell imaging allow us to observe cell structure and dynamics in never before seen detail and enable new quantitative analysis of dynamic intracellular processes.

Such detailed observation frequently reveals new insights hidden from lower resolution or biochemical approaches that average data over large cell populations. This Collection draws together new research from across the life sciences showcasing innovations in cell imaging methodologies and image analysis techniques, and how these are put into practice. Submissions will be welcome at any point up until the end of August In addition to papers on cellular imaging, Scientific Reports welcomes all original research in the field of cell biology.

Andrew Clayton is a biophysicist who develops advanced microscopy techniques in order to quantify macromolecular interactions and dynamics in living cells. Educated at the University of Melbourne B. Sc hons, H1 , PhD , Prof. His research interests in biophysics include in particular the mechanical interactions of cells and the extracellular matrix. One focus is on structure and dynamics of the cytoskeleton and the nucleus to elucidate how mechanical cues from the outside are integrated into biochemical signaling and eventually affect cell fate.

Research in the Wittmann lab focusses on how the microtubule cytoskeleton organizes intracellular structure and controls complex cell dynamics such as migration, polarity, and division that are critical to normal and pathological cell biology. However, when that structure is disrupted through misfolding, not only does the protein lose its function, but it runs the risk of aggregating.

Protein aggregation cascades are integral in the pathophysiology of proteinopathies such as prion disease and Alzheimer's disease, where they ultimately lead to atrophy and death. This Collection invites submissions which advance our understanding of the mechanisms of protein misfolding and clearance, and interventions directed at reducing protein aggregates. In addition to papers on protein misfolding, Scientific Reports welcomes all original research in the field of proteomics.

To browse our latest articles in proteomics, click here. Her research focuses on the study of alpha-synuclein misfolding and aggregation in neurodegenerative disorders. Prof Kim is a chemical biologist focused on misfolding protein engineering, amyloid-disaggregating drug discovery, plasma test development, and novel drug target investigation. Prof Lim has been interested in problems in protein misfolding and amyloid formation since his postdoctoral work at University of California at Berkeley.

His current research focuses on structural investigation of cytotoxic oligomers and fibrillar aggregates associated with neurodegenerative diseases to unravel structural basis underlying toxicity and spreading of misfolded protein aggregates. Guest Editors: M. As our population continues to grow it is essential that we can ensure a high crop yield, and a large part of overcoming this challenge will be finding ways to protect crops from pathogenic threats.

Despite this, the genetic homogeneity of our crops, along with an increased spread of foreign pathogens due to globalisation, renders them vulnerable to epidemics. This Collection invites original research on the plant immune response, and the associated tools and methods — from genome editing to crop breeding — with which we may shape it.

In addition to papers on plant disease resistance, Scientific Reports welcomes all original research in the field of plant biology. Dr Borhan's research interest is to understand the molecular basis of plant immunity and pathogen virulence. He is particularly interested in the fungal disease of Brassica crops. Dr Borhan has close to 20 years of experience in the field of molecular plant pathology working on both the applied and basic research.

His main research interest is the study of the molecular basis underlying plant, biotic and abiotic stresses interactions. His activity includes genetic transformation and genome editing in grapevine and model plants for functional studies. As industrial projects have expanded, and new technologies become available, we have seen a sharp rise in both the frequency and scale of human-induced earthquakes.

Whilst this provides an opportunity to learn about the processes that underlie these events, it also highlights the need for careful monitoring and regulatory policies. This Collection invites original research on induced seismicity, and the tools we use to monitor and predict these events. Submissions will be welcome at any point up until the end of September In addition to papers on induced seismicity, Scientific Reports welcomes all original research in the field of seismology. To browse our latest articles in seismology, click here.

His current research interests include rock mechanics, engineering seismology, natural and man-made hazards and risks, ground instability, geostress control in deep mining, mining geophysics, and applied acoustics. Gillian R. Foulger has worked in Earthquake Seismology for over 40 years including developing passive seismic methods to research geothermal areas and application to numerous geothermal fields.

Most recently she has worked in human-induced earthquakes. She authored a recent major review paper 'Global review of human-induced earthquakes' Earth-Science Reviews , , She owns and leads the website HiQuake that provides and maintains a global database of human-induced earthquakes. He is fascinated by the complex, nonlinear processes that lead up to catastrophic failure events such as earthquakes, rock fracture, and volcanic eruptions, and in quantifying the resulting hazard, including induced seismicity.

This is a joint Collection with Communications Biology. The United Nations General Assembly has declared this upcoming decade the UN Decade on Ecosystem Restoration, highlighting how management and research to restore degraded ecosystems, and reverse the impacts of climate change and biodiversity loss, are being prioritised worldwide.

To address this critical need for empirical research evaluating these efforts, we are opening a call for submissions relating to ecological restoration and rewilding to either Scientific Reports or Communications Biology. We welcome submissions of primary research that examine the application and management of restoration and rewilding in practice, and its impacts on biodiversity and ecosystem functioning in all systems and at all scales.

We encourage submissions that investigate these topics in the context of conservation, ecology, and biology, however strictly social-science-based research is outside the scope of the journals and this collection. Other article types, such as Reviews, Perspectives, and Comments can be considered for inclusion in the Collection but only for publication in Communications Biology.

Authors will have the option to submit to either Scientific Reports or Communications Biology , and submissions will be handled by editors across both journals. In the event that a manuscript submitted to Communications Biology is considered to not meet the editorial criteria for advance and novelty at the initial decision, the authors have the option to transfer their manuscript to Scientific Reports and retain their handling Guest Editor, benefitting from shared editors between the journals that allows for a streamlined and accelerated transfer process.

In addition to papers on restoration and rewilding, Scientific Reports welcomes all original research in the field of ecology. He has studied dryland ecology and restoration, focusing on a wide variety of topics, from seedling ecophysiology to participatory planning. He teaches ecological modelling and ecosystem restoration at the University of Alicante and currently serves as Chair of the European Chapter of the Society for Ecological Restoration.

He holds a Ph. In his research, Jan has been passionate about soil fauna-microbial interactions. In particular, Prof Frouz has explored the role of soil biota as an ecosystem engineer, in soil formation and nutrient cycling, in soil and ecosystem development, and its role in ecosystem development at disturbed sites.

Her research focuses on population ecology and environmental decision-making in the areas of ecological restoration, biodiversity conservation, invasive species management and optimal control of infectious disease. Li joined the editorial board of Communications Biology in April His main research interests are evolutionary biology, behavioural ecology, and conservation biology. Guest Editors: Joanna M. Development of new techniques for chromosome configuration capture, utilising in particular - but not only - the benefits of next generation sequencing, has allowed us to probe the three dimensional structure of the genome and to study its complex role in gene regulation in new and exciting ways.

This Collection will focus on further methodological advances in this field as well as on the applications of these new techniques to study nuclear organization and how genome architecture regulates gene expression. Submissions will be welcome at any point up until the end of November In addition to papers on 3D genome organisation, Scientific Reports welcomes all original research in the field of genomics.

Joanna M. Her lab has research interests in genome behaviour in premature and normal ageing, female cancers and interfering with pathogen-mediated host genome manipulation. Elissa P. She obtained her Ph. Pamela A. Silver and trained at Johns Hopkins University in the laboratory of Dr.

Victor G. She is interested in genome-wide and locus specific mechanisms regulating and fine-tuning gene expression like 3D genome organization, non-coding RNAs and epigenetics. She also likes methodological projects pushing the limitations to visualize these events taking place within the nucleus through interdisciplinary collaborations. Asli has been a member of the Scientific Reports Editorial Board since Significant attention within the field of condensed matter is being directed toward novel materials and structures, that present topological behaviour.

Topological materials exhibit non-trivial electronic band structure, resulting in fascinating properties that may be harnessed for quantum computing. This Collection will bring together research on the relationship between materials and topology, highlighting new methodologies as well as exciting physical properties. In addition to papers on topological materials, Scientific Reports welcomes all original research in the field of condensed-matter physics. To browse our latest articles in condensed-matter physics, click here.

He is a theoretical condensed matter physicist with more than 20 years of research experience, aiming at understanding experiments and making experimental predictions, in various areas revolving around new properties of quantum materials, mesoscopics physics and nanoelectronics. During the last few years, this activity has strongly focused on studying topological materials with applications in quantum technologies.

He finished his Ph. His previous positions include postdocs at the University of Twente and the University of Groningen in the Netherlands. The focus of his research is on topological quantum materials-based nanoscale device physics, spintronics with two-dimensional materials, and van der Waals heterostructures.

Yuki Shiomi is an experimental physicist working on spintronics and condensed matter physics. He received his PhD from the University of Tokyo in Guest Editors: Alberto G. Bringing planetary body samples back to Earth allows for their more careful and rigorous analysis.

Many current and future space missions plan to achieve this, as such samples could shed light on the origin and evolution of our Solar System, as well as providing additional insight as to our place in the universe. This Collection will highlight the inter-disciplinary nature of this endeavour by bringing together original research across physics, biology, and chemistry, focusing on the development of novel instrumentation, methodology, and planetary science required to retrieve and analyse these samples.

In addition to papers on samples from planetary bodies, Scientific Reports welcomes all original research in the fields of astronomy and planetary science. To browse our latest articles in astronomy and planetary science, click here. Alberto G. His research interests include the orbital evolution of NEOs, physics of asteroids, dynamics of small solar system bodies, and he also focuses on dynamical evolution of exoplanets, planetary formation, physics of protoplanetary disks etc. She is an Earth scientist PhD, ETH-Zurich with specific interests in studying the interactions between biosphere and geosphere with an emphasis in geobiology, geomicrobiology and biogeochemistry.

She has a broad interest in biogeochemical cycles, astrobiology, past climate and environmental change as recorded in chemical sediments from both lacustrine and marine systems. Guest Editors: Khalid B. The decreasing susceptibility of disease-causing microorganisms to commonly used drugs, termed Antimicrobial Resistance AMR , is one of the most significant public health concerns facing the world today.

Actively monitoring the emergence and spread of drug resistance in pathogen populations, characterising underlying molecular mechanisms and developing novel interventional strategies, are all critically important for combating the serious threats posed by AMR.

This Collection aims to bring together original research in these key areas and welcomes submissions exploring AMR and countermeasures in bacterial, fungal, viral and protozoan pathogens. Submissions will be welcome at any point up until the end of Janurary In addition to papers on antimicrobial resistance, Scientific Reports welcomes all original research in the field of microbiology.

At Scientific Reports , Khalid handles manuscripts on malaria and COVID diagnosis as well as antimicrobial resistance, and genetic and genomic epidemiology of different pathogens. His research on pathogenic fungi centers on the evolutionary adaptations of Candida species to the human host, and how these adaptations can be subverted for novel antifungal approaches. She is co-author of peer-reviewed journal articles and has delivered more than research presentations at scientific meetings.

She earned a doctorate in microbiology from the University of Buenos Aires. He received his PhD from The University of Hong Kong where he studied the drug resistance mechanism of microbial biofilms. He received his PhD from the University of Delhi, and has since worked at University of Alabama Birmingham, USA, on redox signalling and latency mechanisms in Mycobacterium tuberculosis Mtb , and at the ICGEB in New Delhi where he studied the redox biology of human pathogens in order to dissect the role of redox sensitive transcription factors in Mtb pathogenesis.

However, their widespread application is still hindered by limited stability and difficulty in scaling up. This Collection will showcase developments in perovskite research, from enabling larger-scale production to manufacturing more stable perovskite solar cells. Submissions will be welcome at any point up until the end of January In addition to papers on perovskite photvoltaics, Scientific Reports welcomes all original research on materials for energy and catalysis.

To browse our latest articles on materials for energy and catalysis, click here. His current research interests include shape-controlled synthesis and self-assembly of metal and semiconductor nanocrystals for exploring their optical properties as well as a wide range of potential applications such as sensors, LEDs, photovoltaics and photocatalysis.

Her research focuses on the development and applications of multiscale computational methods in novel energy materials, currently with a main focus on perovskite solar cells. Advanced search. Skip to main content Thank you for visiting nature. Calls for Papers. Guest Edited Collections open for submissions Browse the variety of different research topics below, and find out more about the manuscript submission process and how to submit your research on this page.

Remote sensing of Earth hazards Guest Editor: Francesca Cigna — National Research Council CNR , Italy The dynamics of our planet can be better understood by utilising the wealth of imaging bands, modes, spatial scales and temporal observation capabilities offered by remote sensing. Improving reproducibility in animal research Guest Editor: Florian Frommlet — Medical University of Vienna, Austria There have been increasingly lively discussions about many published scientific results failing validation by independent studies.

Sperm biology and male reproductive health Guest Editor: Ricardo P. Epigenetics within the tumor microenvironment Guest Editor: Aamir Ahmad — University of Alabama at Birmingham, USA Advances in our understanding of tumor progression and relapse have underlined the importance of tumor microenvironment, which comprises components within the immediate vicinity of tumor cells such as fibroblasts, immune cells and the extracellular matrix.

Membrane fusion Guest Editor: Yeon-Kyun Shin — Iowa State University, USA Protein-mediated membrane fusion is an essential, common denominator for viral infection, fertilization, intracellular protein trafficking, neurotransmission, hormone release, developmental cell-cell fusion, and autophagy. Already published articles that will be part of this upcoming Collection include: Jeffrey Goldberg and colleagues: ' MTP18 is a Novel Regulator of Mitochondrial Fission in CNS Neuron Development, Axonal Growth, and Injury Responses' Pika Miklavic and colleagues: ' Interaction of microtubules and actin during the post-fusion phase of exocytosis ' Kei-ichi Okazaki and colleagues: ' Curvature induction and sensing of the F-BAR protein Pacsin1 on lipid membranes via molecular dynamics simulations ' In addition to papers on membrane fusion, Scientific Reports welcomes all original research in the field of biophysics.

Channelopathies: molecular and genetic mechanisms Guest Editor: Ciria C. Hernandez — University of Michigan Life Sciences Institute, USA Ion channels are ubiquitously expressed in human tissues and represent one of the largest and best understood functional groups of proteins, with over different types identified so far.

Image credit: MedicalRF. Novel hardware and concepts for unconventional computing Guest Editor: Martin Ziegler — TU Ilmenau, Germany The potential of machine learning can only be fully exploited if more efficient hardware is developed that meets the special needs of bio-inspired computing schemes. Nanotechnology enabled metallurgy Guest Editor: Xiaochun Li — UCLA, USA The field of metallurgy has made tremendous contributions to human civilization over thousands of years, but conventional metallurgical methods have limitations.

Identifying the mechanisms of drug hypersensitivity Guest Editor: Michaela Lucas — University of Western Australia Drug allergies are a significant medical problem, but their underlying pathogenesis is not well understood. Neuroprosthetics in systems neuroscience and medicine Guest Editor: Kenji Kansaku — Dokkyo Medical University School of Medicine, Japan Our accumulating knowledge in systems neuroscience combined with the development of innovative technologies may enable brain restoration for patients with nervous system disorders.

This Collection has now been published and can be consulted on its dedicated page Submissions are still welcome on a rolling basis. Quantitative and computational techniques in optical coherence tomography Guest Editor: Peter Munro — University College London, UK The maturation of optical coherence tomography OCT hardware has encouraged the development of techniques which use quantitative and computational models to retrieve sample-specific information, or to simply acquire a clearer image.

Intense ultra-short pulses from femtosecond to attosecond Guest Editor: Subhendu Kahaly — ELI-ALPS, Hungary Intense ultra-short pulses have sophisticated generation processes, complex metrology schemes and their applications are ubiquitous, spanning atomic-molecular physics, chemistry, material science, biophysics and the generation of new light and particle sources.

Already published articles that will be part of this upcoming Collection include: Emilie Bayart and colleagues: ' Fast dose fractionation using ultra-short laser accelerated proton pulses can increase cancer cell mortality, which relies on functional PARP1 protein ' Dong Eon Kim and colleagues: ' Effect of high slice energy spread of an electron beam on the generation of isolated, terawatt, attosecond X-ray free-electron laser pulse ' Per Johnsson and colleagues: ' Dissociation dynamics of the diamondoid adamantane upon photoionization by XUV femtosecond pulses ' In addition to papers on ultra-short pulses, Scientific Reports welcomes all original research in the field of optical physics.

Structure and mechanism of membrane transporters Guest Editor: Lan Guan — Texas Tech University Health Sciences Center, USA Membrane transporters constitute a vast class of proteins whose structure and function enable selective passage of substances through cell membranes, and as such they are the target of many drugs.

Already published articles that will be part of this upcoming Collection include: Daniella Goldfarb and colleagues: ' Probing the solution structure of the E. Molecular reaction dynamics Guest Editor: King-Chuen Lin — National Taiwan University Advances in molecular beam and laser techniques have made it possible to study chemical reactions experimentally at an increasingly granular level.

Already published articles that will be part of this upcoming Collection include: Marcel Filoche and colleagues: ' Universality of fold-encoded localized vibrations in enzymes ' Claire Lesieur and colleagues: ' Experimental Protein Molecular Dynamics: Broadband Dielectric Spectroscopy coupled with nanoconfinement ' Alexander M.

Microbes in the built environment Guest Editor: Lena Ciric — University College London, UK In the 21 st century, humans live in high-density contexts and spend a very high proportion of time inside buildings. Already published articles that will be part of this upcoming Collection include: Gregory Ewald and colleagues: ' Relationship between device acceptance and patient-reported outcomes in Left Ventricular Assist Device LVAD recipients ' Giuseppe Biondi-Zoccai and colleagues: ' Comparative one-month safety and effectiveness of five leading new-generation devices for transcatheter aortic valve implantation ' In addition to papers on interventional treatment of complex cardiac diseases, Scientific Reports welcomes all original research in the field of cardiology.

Evolution and function of neurocognitive systems in non-human animals Guest Editor: Elisa Frasnelli — University of Lincoln, UK Advances in cognitive neuroscience and neurotechnologies have increased our understanding of the neurobiological mechanisms underlying cognitive processes.

Already published articles that will be part of this upcoming Collection include: Giorgio Vallortigara and colleagues: ' A transient time window for early predispositions in newborn chicks ' Christian Beste and colleagues: ' Immediate early gene fingerprints of multi-component behaviour ' Csaba Soti and colleagues: ' A cellular defense memory imprinted by early life toxic stress ' In addition to papers on neurocognitive systems in non-human animals, Scientific Reports welcomes all original research in the field of neuroscience.

Synthetic biology for environmental and industrial applications Guest Editor: Anna Kaksonen — CSIRO, Australia Synthetic biology is a rapidly expanding field of research which uses engineering principles to design and construct nucleic acid-encoded biological parts, devices, systems, machines, and organisms. Already published articles that will be part of this upcoming Collection include: Philip Shapira and colleagues: ' Collaborating constructively for sustainable biotechnology ' Yao Lu and colleagues: ' Efficient whole-cell catalysis for 5-aminovalerate production from L-lysine by using engineered Escherichia coli with ethanol pretreatment ' In addition to papers on synthetic biology for environmental and industrial applications, Scientific Reports welcomes all original research in the field of biotechnology.

Cell death and clearance Guest Editor: Sho Morioka — University of Virginia, USA Cell turnover is an integral part of embryonic and postnatal development, as well as routine tissue homeostasis, as our bodies replace billions of cells every day.

Adult neurogenesis and aging mechanisms Guest Editor: Giuseppe Lupo — Sapienza University of Rome, Italy Adult neurogenesis supports important brain functions, such as learning and memory, and its sharp decrease during aging may contribute to the cognitive decline of the aged brain.

Light-activated soft materials and devices Guest Editor: Antonio Ambrosio — Istituto Italiano di Tecnologia IIT , Italy Light-driven phenomena in soft materials provide a rich environment for studies of fundamental light-matter interactions and the development of light-driven functional materials and devices. This Collection aims to bring together original research in this expanding field and welcomes submissions on all aspects of human host-microbiome interactions Submissions will be welcome at any point up until the end of July Plant disease resistance Guest Editors: M.

Image credit: MR. New samples from planetary bodies Guest Editors: Alberto G. Antimicrobial resistance Guest Editors: Khalid B. Publish with us For authors Submit manuscript. Search Search articles by subject, keyword or author.

Show results from All journals This journal.

PROFESSIONAL PAPERS GHOSTWRITING SITES CA

In the process of doing this, however, we will also challenge theories of translation within the humanities by juxtaposing them with the scientific practice of KT. The turn to translation can be traced across a number of human sciences, such as cultural studies, anthropology and science and technology studies STS. However, KT implies little theoretical reflection over translation as a process of meaning production.

The point of departure for the contributors to this collection is the observation that KT is based upon a reductive understanding of translation and knowledge transmission. Quantitative and qualitative contributions from a range of disciplinary perspectives are welcomed, including, but not restricted to, anthropology, cultural studies and cultural history, medicine, medical humanities, sociology, science and technology studies, philosophy, comparative literature, and translation studies.

Research papers that consider the following questions and themes are welcomed:. This is a rolling article collection and as such, submissions will be welcomed at any point up until September There is a diverse community of policymakers, funders, scholars, and practitioners of different types all working in the field of evidence use.

This is both wasteful of scarce resources, and risks leading to a stagnation of the field. We therefore propose a multi-disciplinary collection of papers, to push forward the field and showcase this journal as a unique outlet for novel scholarship in this area, including empirical, methodological and theoretical work. We welcome insights from all geographic perspectives, to ensure that the global community working in this area is reflected.

In particular, we seek studies that provide truly novel insights into how evidence for policy and practice is made, negotiated, translated and used, from theoretical, methodological or practical perspectives. Instead, we are looking specifically for papers that make novel methodological or theoretical contributions, building on the existing field of literature about evidence use.

This is a rolling article collection and as such submissions will be welcomed at any point up until the end of October Read the Collection Editors' Comment article 'Transforming evidence for policy and practice: creating space for new conversations'. Read papers published in this collection. Find out how to submit your paper to that Collection on this page. The rise of big data in health care research, particularly when incorporated into health care delivery, presents a complex landscape where the role, status and value of the patient or citizen as a research subject is configured in numerous ways.

Social science scholars have drawn attention to the potential for health research participation to constitute exploitation, empowerment or even a form of contemporary citizenship. Emerging big data research practices add another dimension to these issues.

They raise questions about how we make sense of health research participation in the change towards datafication of human health, and the automation of data agglomeration and analysis. Such practices also raise questions about their governance by prompting us to ask whether existing local and centralised ethical regimes are fit for purpose. From trial subject to patient advisory group member, from biobank donor to the infinitely searchable database entry, each of these forms are affected in some way by emerging big data practices.

Participation is complicated further by research itself becoming more globally collaborative and thus dealing with multiple local contexts. This collection seeks to examine the diverse ways big data and health research participation converge and are co-produced with local and centralised approaches to governance. Drawing from the fields of sociology, anthropology, science and technology studies, health research, empirical ethics, bioethics, and critical data studies, we ask authors to engage with these two overarching questions: How is the health research participant constituted, valued and assetised in the era of big data?

Theoretical and empirical accounts from individual or multiple healthcare settings are welcome. We envisage that this collection will facilitate a global dialogue on these issues. Related publication : Imagining a future without dementia: fictions of regeneration and the crises of work and sustainability.

The social, environmental and economic challenges confronting academics, policymakers and other stakeholders do not come in neat packages. For example, the stresses of transnational migration present questions for international lawyers, transport experts and conflict analysts alike, and the impacts of water scarcity equally call on civil engineers, anthropologists, natural hazard specialists and policy makers. Integrating the specialisations of different academic disciplines brings many challenges—not least organisational, bureaucratic, methodological, and cultural.

For instance, traditional academic research assessment practices can incentivise approaches to research that lack the interdisciplinary flexibility to engage with pressing societal challenges. Nevertheless there are today many emerging examples of innovative and impactful interdisciplinary collaborations, with interdisciplinary practices becoming a given in many areas of enquiry.

This article collection is dedicated to exploring these challenges and realities, focusing on the concept , mechanics , and processes of 'interdisciplinarity'. Papers are invited that consider, but are not limited to, the following ideas:. Read our related editorial. Expertise in the various dimensions of integration and implementation is an essential but often overlooked component of transformative research on complex societal and environmental problems, such as global climate change, illicit drug use, refugees and economic migration, spiralling health care costs, poverty and other social inequalities.

This research article collection addresses the specialised knowledge, skills, competencies and dispositional attributes required to, for example, identify which disciplinary and stakeholder knowledges are relevant, synthesise different perspectives, manage power imbalances and legacies of colonisation in researching problems, and accommodate conflicting values and world views, including across different cultures.

This collection provides a platform where research expertise in integration and implementation for transformation can be recognised, described, synthesised, evaluated and improved. Contributions may be based on a established and developing approaches, such as inter- and trans-disciplinarity, systems thinking, action research, implementation science, knowledge brokering, and team science, b case-based experience, including single or multiple, small or large-scale examples or c cross-cutting research covering areas such as innovation and unknowns.

Experience in integration and implementation in transformative research on any complex societal and environmental problem is relevant. The terrorist attack on a mosque in Christchurch, New Zealand, in spring , brought to the fore the ways social media is used by terrorists and their sympathisers to host and circulate material that promotes their beliefs and activities.

Research papers that explore the following questions, among others, will be welcomed:. Research, both quantitative and qualitative, from a range of disciplinary vantage points is welcomed. To register interest prospective authors should notify the Editorial Office in the first instance. Editors: Dr Cosme J. Teacher training is an issue of current interest at an international level.

Empirical findings reported in recent years have provided detailed information on how the learning opportunities presented in training programmes have a notable correlation with the knowledge and skills of teachers at the end of their training. The objective of this article collection is to bring together new research exploring the Pedagogical Content Knowledge PCK of teachers in training through mixed research methods. Due to the complex nature of PCK it is necessary to use research methods that combine different techniques and procedures.

Faced with an extensive literature of concrete case studies and large-scale research, the aim of this research article collection is to show the potential of combining both approaches. Research papers are welcomed that employ questionnaires, systematic observation scales and other instruments for collecting quantitative information, with interviews, narratives, focus groups or discussion groups.

The objective of this combination of research methods should be to understand the PCK of teachers in training for the teaching of Geography, History and other social sciences. This includes knowledge for teaching, social representations of knowledge, and the most appropriate methods, techniques and resources to teach these subjects in the classroom setting.

We also welcome papers using combined approaches arising from teams of two or more theoreticians and practitioners belonging to different disciplines. Sociologists, anthropologists, education specialists, literary scholars, psychologists, political scientists, as well as scholars from other disciplines interested are invited to contribute. Prospective authors should submit a word abstract and a short biography to the Collection Editors in the first instance.

Authors whose proposals are deemed suitable will be invited to submit full manuscripts by 30th of September Each virus or bacteria has its unique biological properties by which it interacts with and affects populations. Human coronaviruses, for instance, have been known since the s. Each pandemic brings its own political, economic, cultural, social and ethical challenges.

Although efforts to combat such outbreaks are primarily driven by clinical and medical professionals, the contributions of academics, policymakers and other stakeholders from other arenas, including the humanities, arts and social sciences HASS , should not be overlooked. Against this backdrop, this research collection aims to examine the role and contributions of the HASS disciplines, as well as interdisciplinary efforts, in shaping the global response to public health crises.

To this end, this collection intends to bring together a range of perspectives, empirical and theoretical, qualitative and quantitative, which draw on methods and approaches from, among other areas: cultural studies, new-media arts, history, digital humanities, law, media and communication studies, political sciences, psychology, sociology, social policy, science and technology studies.

Interdisciplinary perspectives are welcomed, whether between HASS disciplines, or at the interface between HASS scholarship and the physical and clinical sciences, or engineering, mathematics, computer science. While purely clinical and medical studies are not in scope, contributions that draw on contributions from areas like medical anthropology, telemedicine, bio philosophy, integrative medicine, global public health, social medicine, and digital medicine, will be considered.

Prospective authors can direct questions to the Guest Editor in the first instance. Submissions will be welcomed up until the end of December Since Appadurai wrote on the intertwined phenomena of electronic media and migration as disruptive and defining features of modern subjectivity , the relationship between digital technologies and diasporic communities has emerged as a critical area of study across a number of disciplines. However, rarely foregrounded in cross-disciplinary discussions are the linguistic and cultural dimensions that are central to the human concerns and practices which lie behind these crucial issues of our age.

This Special Collection invites contributions from across disciplinary and geographical boundaries that confront the complexity of the contemporary context of intensified cultural and linguistic flows and new patterns of human mobility. While we seek proposals from any area of study of relevance to these themes, we are particularly keen to bridge perspectives between those working within and ideally across: migration and diaspora studies, new media studies, linguistics, Modern Languages, cultural studies, Digital Humanities, and computer and data science.

This is a rolling article collection and as such submissions will be welcomed at any point up until 30 September To register interest prospective authors should submit a short article proposal maximum words to the Guest Editor in the first instance. Few notions are more central than noise to the transformation of modern life.

Noise has become synonymous with the complexity and uncertainty of our world and its global digitized information networks. The notion of noise has provided a pithy concept for information theory and computational logic, hailing from the history of statistical analysis error of measurement and probability theory stochasticity , from the understanding of thermodynamic turbulence entropy and molecular disorder Brownian motion.

However, the negative connotation of noise as signal interference is increasingly giving way to a generative and functional understanding of randomness and stochastic variables. Noise is no longer treated only as detrimental, but as central to our understanding of emergent patterns and to the development of fault-tolerant, actionable data in the context of partial or noisy information. Physicists, neuroscientists and computer scientists no longer work only against, but also with noise to refine our knowledge of complex dynamical systems and to improve data processing.

From variations in population genetics to financial forecasting, from urban planning to climate change, every aspect of contemporary life is affected by this profound shift in the conceptualisation of noise. Wherever the human sciences rely on empirical data, we witness the rising prominence of noise.

But the human sciences have an otherwise critical role to play in encompassing our understanding of noise. Data bias and algorithmic governmentality highlight how crucial it is to subject our changing understanding of noise to ethical and political critique. The technical term noise has facilitated the communication of emerging scientific theories and technological innovations. It resonates because it is highly intuitive. Yet far from being self-evident, the pithiness of the term noise in fact reflects culturally dominant notions of order, organization, self-regulation and progress.

They testify, more fundamentally, to the lasting impact of the Cartesian paradigm. By turning the attention increasingly toward the generative capacity of noise, modern science and technology are thus completing a shift away from the Cartesian paradigm. Also artists and designers have long explored the functional and generative qualities of acoustic noise, of randomness and ambiguity, thereby testing the parameters of social resilience and robustness.

What is lacking is a transversal approach to noise, a critique that assesses the conditions of possibility of thought and experience in contemporary society, in light of this paradigmatic shift towards the generative aspects of noise. The aim of this collection is to synergise contributions toward such a critique coming from recent developments in both the human and natural sciences, in technology and the arts. This collection provides a multi- and inter-disciplinary forum for current thinking in this fast-evolving field of research.

We invite submissions and article proposals for this rolling article collection dedicated to the concept of noise. This is a rolling article collection and as such submissions will be welcomed at any point up until 31 st December To register interest prospective authors should submit a short article proposal maximum words to the Guest Editors in the first instance.

We envisage papers based on, but by no means restricted to the following questions:. This is a sister collection to that on 'Discourse studies: theories and methodologies at the crossroads of language and society'. This is a rolling article collection and as such submissions will be welcomed at any point up until March To register interest prospective authors should submit a short article proposal maximum words to the Guest Editors using this email in the first instance.

Scope: Academic research and teaching face new challenges. While specialized knowledge plays an important role in, and for, society, there is a growing demand for systematic, critical and reflexive research on social practices of academic knowledge production and dissemination. Vibrant research in social studies of science has made academic knowledge production an object of empirical analysis.

And higher education research has traced the systemic, institutional and organizational underpinnings of academic knowledge production. The nexus of power and knowledge is both a core issue of the social sciences and a highly promising topic at the intersection of Social Studies of Science and Higher Education Studies. Against this backdrop, the objectives of this research collection are twofold: first, to respond to a need for a new niche of integrative research at the intersection of Social Studies of Science and Higher Education Studies.

Overcoming the divide between the two fields, research can make a difference in the broader debate about academia by responding to the challenges that research and higher education are facing today. Understanding the nexus of power and knowledge is key to understanding these new challenges. The research collection on Social Studies of Academia welcomes empirical and theoretical contributions.

Possible topics for articles to focus on are changing conditions of knowledge production, the shaping of academic practices by fields of power or the impact of academic knowledge on society. We are interested in both the look from above on societal structures and from below on situated practices.

A particular area of interest is academic identities and subjectivities of early career academics and the way they are negotiated in various arenas of the academic world. This is a rolling article collection and as such submissions will be welcomed at any point up until the end of December Editors: Roger Pielke Jr.

Scope: Across the world, the COVID pandemic has prompted unprecedented levels of interest, engagement and scrutiny of models and mechanisms for scientific advice, and highlighted their essential—if contested—role in policy and decision making. Differing regional, national and international responses to the pandemic provide an opportunity and imperative to explore and compare scientific advice in a range of political and institutional contexts.

Research on these topics has the potential to generate impact in at least two ways. First, as the pandemic enters a new phase of uncertainty over issues such as the impact of new COVID variants, and the availability of effective vaccines, a deep understanding of local, regional and global dynamics of science advice are an essential ingredient in ensuring that relevant expert knowledge is being used effectively by decision makers.

Second, this research will support processes of reflection on the pandemic, by critically evaluating good and sub-optimal practice in the interaction of experts, politics and publics, and informing future developments in science advisory mechanisms around the world. This collection will bring together contributions from around the world, and aims to provide a core resource for high-quality, comparative and interdisciplinary work on diverse aspects of science advice in the pandemic.

The collection will be highly interdisciplinary and will seek contributions from disciplines including, but not limited to:. Scope: This special collection covers and analyses the varieties of media narratives and their societal reception in post Europe.

It aims to bring together papers from different countries and different scientific fields e. We look at the post landscape because migration is still crucial in many—and not only—European countries. Moreover, the problem of migration and migration discourses present in the media is still one of the critical factors shaping the political and societal landscape in Europe. Pro- and anti-migration frames, narratives, and images are still present in the media and employed by various political forces, subsequently reverberating in public opinion.

Our call is based on one cardinal premise that media representations of migrants are critical for the healthy coexistence of migrants with the host society. We are looking for either conceptual and theoretical papers or case studies based on sound fieldwork. We welcome both qualitative and quantitative studies, including traditional approaches surveys, experiments, focus groups, content analysis and more innovative methodologies social media networks analysis, social scientific computational methods.

Editor: Elena G. Scope: In recent years there has been a global tendency towards the humanization of economic growth. This has often been connected to efforts to implement the Sustainable Development Goals. The AI economy is a new type of socio-economic relationship that has been implemented in Industry 4. It envisages an active and diverse use of smart technologies, which apart from AI, also include the Internet of Things IoT , robots, ubiquitous computing UC , cloud technologies, technologies of cybersecurity provision in particular, blockchain , and so on.

This collection aims to provide scientific and methodological support for the humanization of the AI economy. Contributions are welcomed on a range of themes, including, but not limited to, the following:. Multidisciplinary studies that consider the AI economy at the intersection of economic, social, legal, ICT, and environmental disciplines are also welcome.

To register interest prospective authors should submit a short article proposal abstract summary to the Editor in the first instance. Advanced search. Skip to main content Thank you for visiting nature. Calls for papers. We are currently inviting papers for the following themed article collections: Continuity and change in Russian politics The future of research assessment Global governance Scientific advice to governments Perspectives on soft power Studies in horror and the Gothic Discourse studies: theories and methodologies at the crossroads of language and society Green criminology and environmental harm China in the Global South Digital society and capitalism Religion and poverty Mediated populism What future for the philosophy of religion?

Articles exploring the following key themes and others of relevance will be considered: Policy continuity and change in Russia Perspectives on change in Russian politics and society Conceptualising change in Russia Sources of change in Russian politics Continuity and change in Russian foreign relations Legacies of the past in Russian politics Social and economic adaptation to change in Russia This is a rolling article collection and as such proposals and submissions will be welcomed up until September Global Governance We invite submissions and article proposals for this rolling article collection dedicated to Global Governance.

At a time when data analysis is increasingly driving research and decision-making, computational analysis, statistical models, computer-based programmes, and other quantitative methods have never been more important. From the interrogation of empirical questions about cultural, social, and behavioural phenomena, to the formation of evidence-based policy, the application of quantitative methods in making sense of real-world data is of paramount importance across all fields of academic enquiry.

Whilst the use of quantitative methodologies is more established in the social sciences, we recognise their growing application in many areas of the humanities. As such, we encourage the submission of novel research arising in such areas where the usefulness of such quantitative approaches is gaining increased recognition.

Review articles are also welcomed that synthesise recent and emerging developments pertaining to the application of methodological approaches in the humanities or social sciences. Research reporting the application of methods in all areas of the humanities and social sciences is welcomed including, but not restricted to, the following fields:. Over the past decade, there has been a marked increase in levels of research and policy interest in the concept of 'science diplomacy' — the many ways in which science, technology and innovation interrelate with foreign policy and international relations.

Fuelling this interest are societal challenges of increasing complexity and urgency that put pressure on both scientific research and foreign policy, as well as on the traditional intersections of these realms. Read our interview with Dr Hernandez for more information on their research and experience as an Editorial Board Member at Scientific Reports.

Radioisotopes and radiochemical methods find broad application in environmental research and nuclear medicine. This Collection shall provide an overview on current advances and novel concepts in radioisotope science and applications relating to human health.

As such this Collection will gather original radionuclide research for medical diagnostics and therapy, including isotope production and purification, radiolabelling and bioconjugation techniques. Submissions focused on isotope applications in environmental research are also welcome. The median turnaround time from submission to acceptance for papers submitted to this Collection is 78 days. In addition to papers on radiochemistry, Scientific Reports welcomes all original research in the field of chemistry.

To browse our latest articles in chemistry, click here. Michael Ernst-Heinrich Fassbender is a leading scientist in the fields of radionuclide production and purification with more than 20 years of experience. He received his PhD degree Dr.

This Collection will provide a platform for interdisciplinary studies of mountain surface processes and their responses to climate change and human activities. Submissions are welcome in areas such as mountain ecology and environment change, degradation and restoration of mountain ecosystems, mountain plants and vegetation, dynamics of debris flows, landslides and soil erosion in mountain areas, and watershed management and development.

In addition to papers on mountain surface processes and regulation, Scientific Reports welcomes all original research in the field of ecology. To browse our latest articles in ecology, click here. His academic research focuses on the biogeochemical cycles of mountain ecosystems and their responses to climate change and human activities.

Recently his work has investigated the effect of litter and organic matter on soil C and N transformations and their microbial mechanisms. He is also involved in projects aimed at assessing the impact of policies such as grazing exclusion on Tibetan Plateau ecosystems. Read our interview with Prof Lu for more information on their research and experience as an Editorial Board Member at Scientific Reports.

Nanotechnology is increasingly transforming agriculture and crop production, enabling the development of a new generation of agrochemicals aimed at reducing negative environmental impacts while maintaining crop yields. This Collection will gather interdisciplinary research focusing on nanoformulation of agrochemicals and other nanotechnological applications in agriculture. It will also provide a home for nanotoxicology research and will shed light on how nanomaterials interact with plants, their environment, and other organisms.

In addition to papers on nanotechnology in agriculture, Scientific Reports welcomes all original research in the field of plant sciences. To browse our latest articles in plant sciences, click here. His main research areas cover resistance and defensive mechanisms of crops against pathogens, and nanotechnology applied to plant research and agriculture. Taphonomic analysis allows us to understand the formation processes and composition of fossil materials.

Submissions reporting experimental works on modern assemblages and focusing on specific geological and biological processes are also welcome. In addition to papers on Quaternary taphonomy, Scientific Reports welcomes all original research in the field of palaeontology.

To browse our latest articles in palaeontology, click here. Her research, using taphonomy and zooarchaeology, focuses on the evolution of human behaviour throughout the Middle and early Late Pleistocene. She is also involved in various experimental studies on hominid-carnivore interactions and works at several archaeological sites in Europe and the Levant.

The potential of machine learning can only be fully exploited if more efficient hardware is developed that meets the special needs of bio-inspired computing schemes. In this respect, non-volatile memory technology using memristive devices in combination with neuromorphic systems is a promising way to such hardware.

The aim of this Collection is to provide a platform for interdisciplinary research on unconventional computing with new physical substrates. It will include studies in areas such as biological modelling, materials physics and analytics, memristive devices, neuromorphic circuits and other novel computing and circuit schemes.

In addition to papers on novel hardware for unconventional computing, Scientific Reports welcomes all original research in the field of physics. To browse our latest articles in physics, click here. His research interests include the development of memristive devices and their integration in neuromorphic circuits, as well as electronic transport measurements, thin film analysis techniques, and the development of neural computational models.

You can also read about Prof Ziegler's experience as a Guest Editor for this Collection by reading their post on the Nature Research Devices and Materials Engineering Community, and find 'Behind the Paper' posts from authors of papers included in the Collection, and other authors, here.

The field of metallurgy has made tremendous contributions to human civilization over thousands of years, but conventional metallurgical methods have limitations. Nanotechnology enabled metallurgy is an emerging interdisciplinary domain exploring how nanophases — both ex-situ and in-situ — can be engineered to significantly improve the physical, chemical and mechanical behaviors of metals and alloys. This Collection will present original research investigating how nanotechnologies can be applied to enable unprecedented micro- and nano-structure control and property tuning to improve the processing and manufacturing of metals and alloys.

In addition to papers on nanotechnology enabled metallurgy, Scientific Reports welcomes all original research in the field of materials science. His research interests are in the interdisciplinary areas of innovative manufacturing and materials processing, applied physics and nanoscience.

Read our interview with Prof Li for more information on their research and experience as an Editorial Board Member at Scientific Reports. Drug allergies are a significant medical problem, but their underlying pathogenesis is not well understood. Unravelling the genetics and mechanisms leading to adverse hypersensitivity to drugs is key to preventing these life-threatening events, and accelerating the development of better targeted diagnostic and therapeutic options.

This Collection will bring together the latest evidence in this rapidly growing field by gathering basic science and translational research on the different types of immune-mediated drug hypersensitivities. In addition to papers on drug allergy, Scientific Reports welcomes all original research in the field of immunology.

To browse our latest articles in immunology, click here. Prof Lucas has a strong research background in T-cell immunology and more recently focuses on drug allergy and transplantation. In she joined the Editorial Board of Scientific Reports. Our accumulating knowledge in systems neuroscience combined with the development of innovative technologies may enable brain restoration for patients with nervous system disorders.

This Collection intends to provide a platform for interdisciplinary research in neuroprosthetics. It will gather studies investigating medical applications of systems neuroscience, informatics, and engineering in the development of neural prostheses.

Submissions with a clinical focus on nervous system diseases and brain repair in either humans or animals are also welcome. In addition to papers on neuroprosthetics, Scientific Reports welcomes all original research in the field of neuroscience. To browse our latest articles in neuroscience, click here. His research interests include both understanding brain functions and applying neuroscientific knowledge to medical practice. He is more specifically focused on practical neuroprosthetics, as well as body image and sense of self.

The maturation of optical coherence tomography OCT hardware has encouraged the development of techniques which use quantitative and computational models to retrieve sample-specific information, or to simply acquire a clearer image. This Collection seeks to bring together original Articles which exploit realistic mathematical models of OCT image formation to obtain insight not otherwise available from raw OCT images. This includes research using techniques such as parametric attenuation imaging, local birefringence retrieval, full-wave modelling, computational adaptive optics, flow and displacement measurement, elastography and inverse scattering.

To submit your manuscrip t for consideration at Scientific Reports as part of this Collection, please follow the steps detailed on this page. In addition to papers on OCT techniques, Scientific Reports welcomes all original research in the field of optical techniques.

To browse our latest articles in optical techniques, click here. He specialises in developing realistic image formation models of techniques such as optical microscopy, optical coherence tomography and X-ray phase imaging. Intense ultra-short pulses have sophisticated generation processes, complex metrology schemes and their applications are ubiquitous, spanning atomic-molecular physics, chemistry, material science, biophysics and the generation of new light and particle sources.

This Collection will gather research Articles focused on the generation and metrology of intense ultra-short pulses ranging from femtosecond to attosecond. Submissions presenting applications of ultra-short pulses are also welcome. In addition to papers on ultra-short pulses, Scientific Reports welcomes all original research in the field of optical physics. To browse our latest articles in optical physics, click here. His research group investigates the fundamental and applied aspects of ultra-short laser-matter interaction with a special focus on attosecond physics, ultrafast metrology, plasma photonics and laser particle acceleration.

Membrane transporters constitute a vast class of proteins whose structure and function enable selective passage of substances through cell membranes, and as such they are the target of many drugs. This Collection will focus on the mechanistic aspects of membrane carriers and current advances in the biochemical and biophysical characterizations in this field.

Submissions presenting new research tools for membrane protein studies are also welcome. In addition to papers on membrane transporters, Scientific Reports welcomes all original research in the field of structural biology. To browse our latest articles in structural biology, click here. Her laboratory uses multiple biochemical and biophysics techniques including X-ray crystallography, thermodynamics of ligand binding using isothermal titration calorimetry, and tracer flux assays to characterize the symport mechanisms of cation-coupled nutrient transporters.

The grand challenges of our time are primarily of a societal nature. Physics methods and approaches play an increasingly central role in improving our understanding of these challenges and in helping to find innovative solutions. This Collection is dedicated to interdisciplinary research with physics at the helm, which aims to pave the way towards better organizations and policies, and ultimately towards a more sustainable future. Submissions are welcome in areas such as collective social phenomena, network communities, digital epidemiology, smart cities, cooperation, information cascades, language dynamics, opinion formation, tipping points, econophysics, and criminology — all through the unique lens of physics.

The median turnaround time from submission to acceptance for papers submitted to the Social physics Collection is 69 days. He is the recipient of the Young Scientist Award for Socio- and Econophysics for important contributions to the physics of social systems, including the promotion of human cooperation, the provisioning of public goods, and the maintenance of biodiversity.

Read our interview with Prof Perc for more information on their research and experience as an Editorial Board Member at Scientific Reports. You can also read about Prof Perc's experience bringing the social physics community together in his role as a Guest Editor by reading this piece on the Nature Research Behavioural and Social Sciences Community , and find 'Behind the Paper' posts from authors of papers included in the Collection here.

Advances in molecular beam and laser techniques have made it possible to study chemical reactions experimentally at an increasingly granular level. Theoretical studies of reactions have also expanded thanks to improvements in computational methods for modelling large molecular systems. This Collection will assemble research Articles furthering our understanding of reaction dynamics. It will include studies on photodissociation, surface interactions and interface interactions.

Submissions are welcome that employ techniques such as pulsed lasers for optimal molecular alignment and orientation. In addition to papers on molecular reaction dynamics, Scientific Reports welcomes all original research in the field of chemistry. He specializes in photodissociation and reaction dynamics, atmospheric chemistry, materials designed for sensors and catalysts, and single molecule spectroscopy. Bernstein Award at the International Conference on Stereodynamics in In the 21 st century, humans live in high-density contexts and spend a very high proportion of time inside buildings.

Indoor environmental quality has so far focused more on physical and chemical pollutants, such as temperature, humidity, and odours. However, the microbial communities with which these spaces are shared have been little studied, and COVID has brought focus on the role that the built environment may play in the transmission of pathogens. This Collection will provide a home for emerging research into the microbial inhabitants in built environment surfaces and in air and water systems.

Submissions are welcome on all aspects of microbial life that occurs in built environment and infrastructure, including buildings, transport vehicles, water treatment facilities and building services. In addition to papers on microbes in the built environment, Scientific Reports welcomes all original research in the field of microbiology. To browse our latest articles in microbiology, click here.

She is a molecular microbial ecologist with an interest in the microbial communities that reside in buildings and how these can be manipulated with engineering solutions. Read our interview with Dr Ciric for more information on their research and experience as an Editorial Board Member at Scientific Reports.

As the world population is ageing, an increasing number of patients are affected by complex cardiac diseases. Improvements in procedural techniques and imaging technologies have been paving the way for innovative interventional options for treatment of complex coronary artery disease, structural heart disease and heart rhythm disease. This Collection will provide a platform for interdisciplinary, translational and clinical studies on current innovations in the area.

It will gather original research Articles on interventions ranging from transcatheter valve implantations TAVI to emerging therapies such as percutaneous mitral-clipping, CTO-interventions, PFO-closure, and left atrial appendage occlusion. In addition to papers on interventional treatment of complex cardiac diseases, Scientific Reports welcomes all original research in the field of cardiology.

To browse our latest articles in cardiology, click here. Ingo Eitel obtained the board certification in internal medicine, cardiology, intensive care medicine and cardiac magnetic magnetic resonance. In he also joined the Editorial Board of Scientific Reports.

He also has a basic and translational focus in cardioimmunology. Advances in cognitive neuroscience and neurotechnologies have increased our understanding of the neurobiological mechanisms underlying cognitive processes. This Collection will bring together animal behaviour and cognition studies which provide insights into the function and evolution of neurocognitive systems.

Submissions are welcome that report empirical or theoretical investigations in non-human animal models. In addition to papers on neurocognitive systems in non-human animals, Scientific Reports welcomes all original research in the field of neuroscience. Elisa Frasnelli is a physicist by training and an emergent cognitive neuroscientist by research. She is interested in the study of animal behaviour and cognition from a comparative, mechanistic and evolutionary perspective.

Synthetic biology is a rapidly expanding field of research which uses engineering principles to design and construct nucleic acid-encoded biological parts, devices, systems, machines, and organisms. It provides a toolkit for a wide variety of challenges, such as the production of fuels, chemicals and improved materials, as well as the extraction of value from primary resources and waste.

Synthetic biology tools can also be used for nature conservation, remediation of contaminated sites, sensing and monitoring contaminants, and control of invasive species. This Collection will focus on environmental and industrial applications of synthetic biology. In addition to papers on synthetic biology for environmental and industrial applications, Scientific Reports welcomes all original research in the field of biotechnology. To browse our latest articles in biotechnology, click here.

With a Doctor of Technology in Environmental Biotechnology, an MSc Engineering in Environmental Technology and an MSc in Environmental Science and Policy, Anna Kaksonen develops tools and biotechnical solutions for sustainable industrial processes, resource recovery from waste streams, pollution prevention, remediation of contaminated environments, and mitigation of microbially caused problems.

The eye is a potential source of biomarkers for ocular diseases as well as systemic and neurodegenerative conditions. This Collection seeks to bring together multidisciplinary studies of ocular biomarkers and their application to early detection and diagnosis, therapeutic assessment, prognosis evaluation, and outcome prediction. Submissions are also welcome that investigate composite biomarkers, artificial intelligence applications, and the impact of multimodal data and data sharing.

In addition to papers on ocular biomarkers, Scientific Reports welcomes all original research in the field of biomarkers. To browse our latest articles in biomarkers, click here. She is a biophysicist that specializes in medical image processing and imaging biomarker development with an emphasis in ophthalmology, vision science, and neuroscience.

Cell turnover is an integral part of embryonic and postnatal development, as well as routine tissue homeostasis, as our bodies replace billions of cells every day. This process involves induction of programmed cell death followed by recognition and removal of the dying cells by phagocytes; but our knowledge of how these steps are regulated is limited. This Collection intends to deliver an overview of current advances in programmed cell death and clearance in the context of tissue homeostasis and injury.

It will gather studies investigating molecular regulation mechanisms and implications for conditions including autoimmunity and cancer, as well as research Articles introducing tools for monitoring cell death and clearance. In addition to papers on cell death and clearance, Scientific Reports welcomes all original research in the field of cell biology. To browse our latest articles in cell biology, click here. His research areas include regulation of programmed cell death e.

His current work focuses on the elucidation of the molecular mechanisms that enable phagocytes to efficiently remove apoptotic cells. Dr Morioka is also exploring the effect of modifying cell removal in vivo using uniquely created animal models. Amyloids are versatile and dual-faceted materials. They appear in various pathological conditions and have been associated with several human diseases.

On the other hand, they have diverse physiological roles ranging from hormone storage to structural support and defence mechanisms. This Collection aims to focus on the beneficial sides of amyloid formation, primarily exploring functional amyloids used for unconventional synthetic purposes. In addition to papers on amyloids, Scientific Reports welcomes all original research in the field of chemistry.

Her current interests include understanding the chemical factors that govern protein misfolding and aggregation leading to amyloid formation, and how these results can be translated into chemical and biomedical applications. Adult neurogenesis supports important brain functions, such as learning and memory, and its sharp decrease during aging may contribute to the cognitive decline of the aged brain.

This Collection aims to gain insight into the cellular and molecular drivers of the age-associated reduction of adult neurogenesis, by gathering studies investigating the mechanisms of neurogenic aging in rodents and other vertebrate and invertebrate model systems, employing both in vivo and in vitro approaches. In addition to papers on adult neurogenesis and aging, Scientific Reports welcomes all original research in the field of neuroscience.

Giuseppe Lupo was trained as a graduate student and post-doc in the labs of Giuseppina Barsacchi University of Pisa and William Harris University of Cambridge , where he worked on neural development in frog and fish embryos and in human embryonic stem cells. He moved to Sapienza University of Rome in , where he presently serves as an Associate Professor of developmental biology.

His current research is focused on the molecular mechanisms regulating mammalian neurogenesis using in vitro culture systems. Light-driven phenomena in soft materials provide a rich environment for studies of fundamental light-matter interactions and the development of light-driven functional materials and devices. This Collection will assemble original research articles reporting the design of light-responsive soft materials, the characterization of light-fuelled phenomena, and the use of such material systems for photo-patterning, photo-alignment and photo-actuation.

In addition to papers on light-activated soft materials and devices, Scientific Reports welcomes all original research in the field of soft materials. To browse our latest articles in soft materials, click here. In , he discovered the formation of spiral-shaped relief patterns on the surface of an azo-polymer, illuminated with a holographically-produced vortex laser beam; adding new degrees of freedom in structuring azo-polymers with light.

His research interests include the development of metasurface-based optical nano-devices and new optical near-field imaging and spectroscopy techniques for 2D materials, polymers and nanostructured surfaces. Submissions are welcome on a rolling basis. Springer Nature has signed a statement of intent that calls on researchers, journals and funders to rapidly and openly share relevant research findings and data to inform the public health response and help save lives.

This action affirms our commitment to the principles set out in the Statement on data sharing in public health emergencies. To stay up-to-date on the latest COVID news and developments, subscribe to the Nature Briefing delivered to your inbox for free every weekday.

His research focuses on the pathogenesis and antivirals of re emerging viruses, particular flaviviruses and coronaviruses. His lab is interested in studying novel biomarkers that are involved in the context of pulmonary inflammatory diseases. High-throughput transcriptomics has revolutionised research through simplification of large and labour-intensive experiments, enabling rapid evaluation of interventions and biological processes. Transcriptomic techniques and analyses vary widely depending on the focus of the research, providing high-resolution data on a small number of genes, or information on the whole transcriptome.

The focus of this Collection is on gathering the latest research into a wide variety of transcriptomic technologies, and work which utilises these powerful techniques to further our understanding of biological processes.

In addition to papers on high-throughput transcriptomics, Scientific Reports welcomes all original research in the field of genomics. To browse our latest articles in genomics, click here. His main research interest is bioinformatics applied to genetic improvement of plant species. In particular, his research activity is focused on the analysis of NGS data and on the development of strategies, methods and tools for the management of "omics" data.

Her research focuses on the nutritional and physiological transcriptomics using ruminant and mouse models. Her research interests include the investigation of microbial, digestive, and animal factors to increase dairy cow performance and nutrient use efficiency. His research interests include the evolutionary mechanisms of eukaryotic genome structures, as well as the development and application of methodology and analytical tools of data from various omics technologies in a broad range of complex biological systems.

This Collection invites original research with a focus on cancer immunotherapy, as well as associated techniques and methods. In addition to papers on cancer immunotherapy, Scientific Reports welcomes all original research in the field of cancer therapy. To browse our latest articles in cancer therapy, click here. Areas of research expertise includes cancer motility, invasion, metastasis, metastasis suppressor microRNAs, and cancer immunotherapies.

Marc S. Ernstoff trained as a medical oncologist and tumour immunologist before starting to focus more on laboratory, translational and clinical research aimed at expanding our understanding of the immunobiology of human cancer and the development of new immune therapies. His research continues to contribute to the development of novel therapies of renal cell cancer and melanoma including cytokine therapies, dendritic cell vaccines, immune checkpoint inhibition, targeted therapies and ex vivo expanded effector cells for adoptive transfer.

Hermann Frieboes, Ph. His research focuses on the study of disease progression and treatment response from engineering and physical sciences perspectives, including mathematical modelling, machine and statistical learning, and computational simulation techniques that are integrated with experimental and clinical data. Key areas of interest include immunotherapy and nanotherapy to treat cancer and infectious diseases.

She is an expert in glycobiology and its interface with immunology and oncology. She is motivated by the mechanisms that govern glycan expression and recognition and its impact on human biology and disease, performing relevant translational research for innovative theragnostic methods. The deadline for submissions has been extended until the end of August In addition to papers on genome editing, Scientific Reports welcomes all original research in the field of biotechnology.

Her research interests are zebrafish developmental genetics, disease models, gene editing and genome engineering tools for functional genomics. His research interests include the development of genome editing systems and methods, and their application in various cells and organisms. Twistronics is a rapidly developing field in the area of two-dimensional materials.

By simply adjusting the angle — or twist — between layers of two-dimensional materials, one can control the electrical properties of the complete system to produce incredible effects such as switching between non-conducting and superconducting states. In addition to papers on twistronics, Scientific Reports welcomes all original research in the field of materials science.

You may also be interested in our published 2D materials: preparation, characterization and applications Collection. His research focuses on optical spectroscopy of semiconductors and nanomaterials, including two-dimensional materials. His research emphasizes the use of in situ characterization tools for fundamental understanding of materials synthesis and properties.

Machine learning has huge potential as a tool to investigate new materials and new applications of existing materials, as well as to streamline and focus future experimentation through rapid screening. This Collection will explore the use of machine learning in all aspects of materials chemistry, from discovering and designing new materials to modelling and optimising their performance, defining structure-property relationships and identifying new applications.

In addition to papers on machine learning for materials chemistry, Scientific Reports welcomes all original research in the field of materials science. His research interests include smart cities, network security, artificial intelligence, internet of things, and intelligent systems. He has received several awards for his research and been invited as a guest to comment on technology related issues on a number of media platforms. As a computational chemistry academic, Prof Liao is interested in the unique properties of low dimensional materials which cannot be obtained from the corresponding bulk forms.

She has been focusing on computational design of low dimensional materials in diverse energy application, including catalysis and energy storage. His current research centers on using materials informatics for the discovery, synthesis, characterization, and properties of new materials for energy applications.

He obtained his M. His main research interest lies in emerging technologies for machine learning. The adoption of quantum resources can provide strong advantages over existing classical approaches, leading to growing research efforts from theoretical and experimental researchers. Theoretically, great interest has been devoted to investigating and developing novel protocols that exploit quantum resources for enhanced information processing, while on the experimental front significant advances have been made recently to identify the most suitable platform for each task, as well as to push the technology towards progressively larger quantum systems.

This Collection intends to provide a timely chance for scientists, researchers, and engineers to publish their current innovations, engineering achievements, and some of the state-of-the-art applications to solve these problems in the field of quantum information and computation. Submissions will be welcome at any point up until the end of July In addition to papers on quantum information and computing, Scientific Reports welcomes all original research in the field of quantum physics.

To browse our latest articles in quantum physics, click here. He received his Ph. D in Physics from Tsinghua University in Currently, his work is focused on the recently discovered quantum coherence signature in the natural light-harvesting process, and quantum simulation of open quantum dynamics. Prof Farouk is exceptionally well known for his seminal contributions to theories of quantum information, communication, and cryptography. She is an experimentalist working on the advancement of quantum technology specialising in the development of quantum systems for quantum communication.

Tens of trillions of micro-organisms, primarily bacteria, reside in the human body and collectively constitute the 'human microbiome'. Recent advances in metagenomics, metabolomics and other high-throughput, high-resolution technologies are enabling rapid progress to be made in our understanding of the fundamental role of the microbiome in human health and disease. This Collection aims to bring together original research in this expanding field and welcomes submissions on all aspects of human host-microbiome interactions.

In addition to papers on the human microbiome, Scientific Reports welcomes all original research in the field of microbiology. Dr De Filippo is applying metagenomics and metabolomics to the analysis of community structure, gene content, and function of complex microbial communities in human populations and in animal models gut microbiome exposed to different diets.

In she published a seminal work on microbiota variability in African and Italian rural populations. Since then she continued to study how regional diversity in the diet is associated with differences in the microbiome, and how these differences are endangered by the globalization of food. Pharmacy and Biotechnology, University of Bologna, Italy. Prof Turroni's research activity is mainly focused on the characterization of the compositional and functional structure of the human gut microbiome, and its impact on human health.

AN ESSAY ON WHY YOU DESERVE A SCHOLARSHIP

From original research papers, survey papers, case studies and academic or scholarly articles to extended versions of previously published papers in conferences, scholarly journal or academic peer reviewed international journals, we welcome high quality work that focuses on research, development and application in the aforesaid areas. ISSN Follow us:.

Contact us Contact Us Sitemap. Call for papers By IJSER Press Last Updated - July Tags - call for conference, call for research paper, international journal publishing, conferences , call for paper , research paper publishing We, at IJSER, initiate a call for research paper in all areas of science, engineering and technology every month.

To browse our latest articles in biochemistry, click here. Her research focuses on understanding the molecular mechanisms that govern the regulation of ion channels and cell surface receptors, as well as developing new strategies to treat associated diseases.

Her approaches include the combination of electrophysiology, structural modeling, biochemistry, and animal models. Read our interview with Dr Hernandez for more information on their research and experience as an Editorial Board Member at Scientific Reports.

Radioisotopes and radiochemical methods find broad application in environmental research and nuclear medicine. This Collection shall provide an overview on current advances and novel concepts in radioisotope science and applications relating to human health. As such this Collection will gather original radionuclide research for medical diagnostics and therapy, including isotope production and purification, radiolabelling and bioconjugation techniques.

Submissions focused on isotope applications in environmental research are also welcome. The median turnaround time from submission to acceptance for papers submitted to this Collection is 78 days. In addition to papers on radiochemistry, Scientific Reports welcomes all original research in the field of chemistry.

To browse our latest articles in chemistry, click here. Michael Ernst-Heinrich Fassbender is a leading scientist in the fields of radionuclide production and purification with more than 20 years of experience. He received his PhD degree Dr. This Collection will provide a platform for interdisciplinary studies of mountain surface processes and their responses to climate change and human activities.

Submissions are welcome in areas such as mountain ecology and environment change, degradation and restoration of mountain ecosystems, mountain plants and vegetation, dynamics of debris flows, landslides and soil erosion in mountain areas, and watershed management and development.

In addition to papers on mountain surface processes and regulation, Scientific Reports welcomes all original research in the field of ecology. To browse our latest articles in ecology, click here. His academic research focuses on the biogeochemical cycles of mountain ecosystems and their responses to climate change and human activities. Recently his work has investigated the effect of litter and organic matter on soil C and N transformations and their microbial mechanisms.

He is also involved in projects aimed at assessing the impact of policies such as grazing exclusion on Tibetan Plateau ecosystems. Read our interview with Prof Lu for more information on their research and experience as an Editorial Board Member at Scientific Reports. Nanotechnology is increasingly transforming agriculture and crop production, enabling the development of a new generation of agrochemicals aimed at reducing negative environmental impacts while maintaining crop yields.

This Collection will gather interdisciplinary research focusing on nanoformulation of agrochemicals and other nanotechnological applications in agriculture. It will also provide a home for nanotoxicology research and will shed light on how nanomaterials interact with plants, their environment, and other organisms.

In addition to papers on nanotechnology in agriculture, Scientific Reports welcomes all original research in the field of plant sciences. To browse our latest articles in plant sciences, click here. His main research areas cover resistance and defensive mechanisms of crops against pathogens, and nanotechnology applied to plant research and agriculture. Taphonomic analysis allows us to understand the formation processes and composition of fossil materials. Submissions reporting experimental works on modern assemblages and focusing on specific geological and biological processes are also welcome.

In addition to papers on Quaternary taphonomy, Scientific Reports welcomes all original research in the field of palaeontology. To browse our latest articles in palaeontology, click here. Her research, using taphonomy and zooarchaeology, focuses on the evolution of human behaviour throughout the Middle and early Late Pleistocene.

She is also involved in various experimental studies on hominid-carnivore interactions and works at several archaeological sites in Europe and the Levant. The potential of machine learning can only be fully exploited if more efficient hardware is developed that meets the special needs of bio-inspired computing schemes.

In this respect, non-volatile memory technology using memristive devices in combination with neuromorphic systems is a promising way to such hardware. The aim of this Collection is to provide a platform for interdisciplinary research on unconventional computing with new physical substrates. It will include studies in areas such as biological modelling, materials physics and analytics, memristive devices, neuromorphic circuits and other novel computing and circuit schemes.

In addition to papers on novel hardware for unconventional computing, Scientific Reports welcomes all original research in the field of physics. To browse our latest articles in physics, click here. His research interests include the development of memristive devices and their integration in neuromorphic circuits, as well as electronic transport measurements, thin film analysis techniques, and the development of neural computational models.

You can also read about Prof Ziegler's experience as a Guest Editor for this Collection by reading their post on the Nature Research Devices and Materials Engineering Community, and find 'Behind the Paper' posts from authors of papers included in the Collection, and other authors, here. The field of metallurgy has made tremendous contributions to human civilization over thousands of years, but conventional metallurgical methods have limitations.

Nanotechnology enabled metallurgy is an emerging interdisciplinary domain exploring how nanophases — both ex-situ and in-situ — can be engineered to significantly improve the physical, chemical and mechanical behaviors of metals and alloys. This Collection will present original research investigating how nanotechnologies can be applied to enable unprecedented micro- and nano-structure control and property tuning to improve the processing and manufacturing of metals and alloys.

In addition to papers on nanotechnology enabled metallurgy, Scientific Reports welcomes all original research in the field of materials science. His research interests are in the interdisciplinary areas of innovative manufacturing and materials processing, applied physics and nanoscience.

Read our interview with Prof Li for more information on their research and experience as an Editorial Board Member at Scientific Reports. Drug allergies are a significant medical problem, but their underlying pathogenesis is not well understood. Unravelling the genetics and mechanisms leading to adverse hypersensitivity to drugs is key to preventing these life-threatening events, and accelerating the development of better targeted diagnostic and therapeutic options.

This Collection will bring together the latest evidence in this rapidly growing field by gathering basic science and translational research on the different types of immune-mediated drug hypersensitivities. In addition to papers on drug allergy, Scientific Reports welcomes all original research in the field of immunology. To browse our latest articles in immunology, click here.

Prof Lucas has a strong research background in T-cell immunology and more recently focuses on drug allergy and transplantation. In she joined the Editorial Board of Scientific Reports. Our accumulating knowledge in systems neuroscience combined with the development of innovative technologies may enable brain restoration for patients with nervous system disorders. This Collection intends to provide a platform for interdisciplinary research in neuroprosthetics.

It will gather studies investigating medical applications of systems neuroscience, informatics, and engineering in the development of neural prostheses. Submissions with a clinical focus on nervous system diseases and brain repair in either humans or animals are also welcome. In addition to papers on neuroprosthetics, Scientific Reports welcomes all original research in the field of neuroscience.

To browse our latest articles in neuroscience, click here. His research interests include both understanding brain functions and applying neuroscientific knowledge to medical practice. He is more specifically focused on practical neuroprosthetics, as well as body image and sense of self. The maturation of optical coherence tomography OCT hardware has encouraged the development of techniques which use quantitative and computational models to retrieve sample-specific information, or to simply acquire a clearer image.

This Collection seeks to bring together original Articles which exploit realistic mathematical models of OCT image formation to obtain insight not otherwise available from raw OCT images. This includes research using techniques such as parametric attenuation imaging, local birefringence retrieval, full-wave modelling, computational adaptive optics, flow and displacement measurement, elastography and inverse scattering.

To submit your manuscrip t for consideration at Scientific Reports as part of this Collection, please follow the steps detailed on this page. In addition to papers on OCT techniques, Scientific Reports welcomes all original research in the field of optical techniques. To browse our latest articles in optical techniques, click here.

He specialises in developing realistic image formation models of techniques such as optical microscopy, optical coherence tomography and X-ray phase imaging. Intense ultra-short pulses have sophisticated generation processes, complex metrology schemes and their applications are ubiquitous, spanning atomic-molecular physics, chemistry, material science, biophysics and the generation of new light and particle sources.

This Collection will gather research Articles focused on the generation and metrology of intense ultra-short pulses ranging from femtosecond to attosecond. Submissions presenting applications of ultra-short pulses are also welcome. In addition to papers on ultra-short pulses, Scientific Reports welcomes all original research in the field of optical physics.

To browse our latest articles in optical physics, click here. His research group investigates the fundamental and applied aspects of ultra-short laser-matter interaction with a special focus on attosecond physics, ultrafast metrology, plasma photonics and laser particle acceleration. Membrane transporters constitute a vast class of proteins whose structure and function enable selective passage of substances through cell membranes, and as such they are the target of many drugs.

This Collection will focus on the mechanistic aspects of membrane carriers and current advances in the biochemical and biophysical characterizations in this field. Submissions presenting new research tools for membrane protein studies are also welcome.

In addition to papers on membrane transporters, Scientific Reports welcomes all original research in the field of structural biology. To browse our latest articles in structural biology, click here. Her laboratory uses multiple biochemical and biophysics techniques including X-ray crystallography, thermodynamics of ligand binding using isothermal titration calorimetry, and tracer flux assays to characterize the symport mechanisms of cation-coupled nutrient transporters.

The grand challenges of our time are primarily of a societal nature. Physics methods and approaches play an increasingly central role in improving our understanding of these challenges and in helping to find innovative solutions.

This Collection is dedicated to interdisciplinary research with physics at the helm, which aims to pave the way towards better organizations and policies, and ultimately towards a more sustainable future. Submissions are welcome in areas such as collective social phenomena, network communities, digital epidemiology, smart cities, cooperation, information cascades, language dynamics, opinion formation, tipping points, econophysics, and criminology — all through the unique lens of physics.

The median turnaround time from submission to acceptance for papers submitted to the Social physics Collection is 69 days. He is the recipient of the Young Scientist Award for Socio- and Econophysics for important contributions to the physics of social systems, including the promotion of human cooperation, the provisioning of public goods, and the maintenance of biodiversity.

Read our interview with Prof Perc for more information on their research and experience as an Editorial Board Member at Scientific Reports. You can also read about Prof Perc's experience bringing the social physics community together in his role as a Guest Editor by reading this piece on the Nature Research Behavioural and Social Sciences Community , and find 'Behind the Paper' posts from authors of papers included in the Collection here.

Advances in molecular beam and laser techniques have made it possible to study chemical reactions experimentally at an increasingly granular level. Theoretical studies of reactions have also expanded thanks to improvements in computational methods for modelling large molecular systems. This Collection will assemble research Articles furthering our understanding of reaction dynamics.

It will include studies on photodissociation, surface interactions and interface interactions. Submissions are welcome that employ techniques such as pulsed lasers for optimal molecular alignment and orientation. In addition to papers on molecular reaction dynamics, Scientific Reports welcomes all original research in the field of chemistry. He specializes in photodissociation and reaction dynamics, atmospheric chemistry, materials designed for sensors and catalysts, and single molecule spectroscopy.

Bernstein Award at the International Conference on Stereodynamics in In the 21 st century, humans live in high-density contexts and spend a very high proportion of time inside buildings. Indoor environmental quality has so far focused more on physical and chemical pollutants, such as temperature, humidity, and odours. However, the microbial communities with which these spaces are shared have been little studied, and COVID has brought focus on the role that the built environment may play in the transmission of pathogens.

This Collection will provide a home for emerging research into the microbial inhabitants in built environment surfaces and in air and water systems. Submissions are welcome on all aspects of microbial life that occurs in built environment and infrastructure, including buildings, transport vehicles, water treatment facilities and building services.

In addition to papers on microbes in the built environment, Scientific Reports welcomes all original research in the field of microbiology. To browse our latest articles in microbiology, click here. She is a molecular microbial ecologist with an interest in the microbial communities that reside in buildings and how these can be manipulated with engineering solutions.

Read our interview with Dr Ciric for more information on their research and experience as an Editorial Board Member at Scientific Reports. As the world population is ageing, an increasing number of patients are affected by complex cardiac diseases. Improvements in procedural techniques and imaging technologies have been paving the way for innovative interventional options for treatment of complex coronary artery disease, structural heart disease and heart rhythm disease.

This Collection will provide a platform for interdisciplinary, translational and clinical studies on current innovations in the area. It will gather original research Articles on interventions ranging from transcatheter valve implantations TAVI to emerging therapies such as percutaneous mitral-clipping, CTO-interventions, PFO-closure, and left atrial appendage occlusion.

In addition to papers on interventional treatment of complex cardiac diseases, Scientific Reports welcomes all original research in the field of cardiology. To browse our latest articles in cardiology, click here.

Ingo Eitel obtained the board certification in internal medicine, cardiology, intensive care medicine and cardiac magnetic magnetic resonance. In he also joined the Editorial Board of Scientific Reports. He also has a basic and translational focus in cardioimmunology. Advances in cognitive neuroscience and neurotechnologies have increased our understanding of the neurobiological mechanisms underlying cognitive processes. This Collection will bring together animal behaviour and cognition studies which provide insights into the function and evolution of neurocognitive systems.

Submissions are welcome that report empirical or theoretical investigations in non-human animal models. In addition to papers on neurocognitive systems in non-human animals, Scientific Reports welcomes all original research in the field of neuroscience.

Elisa Frasnelli is a physicist by training and an emergent cognitive neuroscientist by research. She is interested in the study of animal behaviour and cognition from a comparative, mechanistic and evolutionary perspective. Synthetic biology is a rapidly expanding field of research which uses engineering principles to design and construct nucleic acid-encoded biological parts, devices, systems, machines, and organisms.

It provides a toolkit for a wide variety of challenges, such as the production of fuels, chemicals and improved materials, as well as the extraction of value from primary resources and waste. Synthetic biology tools can also be used for nature conservation, remediation of contaminated sites, sensing and monitoring contaminants, and control of invasive species.

This Collection will focus on environmental and industrial applications of synthetic biology. In addition to papers on synthetic biology for environmental and industrial applications, Scientific Reports welcomes all original research in the field of biotechnology. To browse our latest articles in biotechnology, click here. With a Doctor of Technology in Environmental Biotechnology, an MSc Engineering in Environmental Technology and an MSc in Environmental Science and Policy, Anna Kaksonen develops tools and biotechnical solutions for sustainable industrial processes, resource recovery from waste streams, pollution prevention, remediation of contaminated environments, and mitigation of microbially caused problems.

The eye is a potential source of biomarkers for ocular diseases as well as systemic and neurodegenerative conditions. This Collection seeks to bring together multidisciplinary studies of ocular biomarkers and their application to early detection and diagnosis, therapeutic assessment, prognosis evaluation, and outcome prediction. Submissions are also welcome that investigate composite biomarkers, artificial intelligence applications, and the impact of multimodal data and data sharing.

In addition to papers on ocular biomarkers, Scientific Reports welcomes all original research in the field of biomarkers. To browse our latest articles in biomarkers, click here. She is a biophysicist that specializes in medical image processing and imaging biomarker development with an emphasis in ophthalmology, vision science, and neuroscience. Cell turnover is an integral part of embryonic and postnatal development, as well as routine tissue homeostasis, as our bodies replace billions of cells every day.

This process involves induction of programmed cell death followed by recognition and removal of the dying cells by phagocytes; but our knowledge of how these steps are regulated is limited. This Collection intends to deliver an overview of current advances in programmed cell death and clearance in the context of tissue homeostasis and injury.

It will gather studies investigating molecular regulation mechanisms and implications for conditions including autoimmunity and cancer, as well as research Articles introducing tools for monitoring cell death and clearance. In addition to papers on cell death and clearance, Scientific Reports welcomes all original research in the field of cell biology.

To browse our latest articles in cell biology, click here. His research areas include regulation of programmed cell death e. His current work focuses on the elucidation of the molecular mechanisms that enable phagocytes to efficiently remove apoptotic cells. Dr Morioka is also exploring the effect of modifying cell removal in vivo using uniquely created animal models.

Amyloids are versatile and dual-faceted materials. They appear in various pathological conditions and have been associated with several human diseases. On the other hand, they have diverse physiological roles ranging from hormone storage to structural support and defence mechanisms. This Collection aims to focus on the beneficial sides of amyloid formation, primarily exploring functional amyloids used for unconventional synthetic purposes.

In addition to papers on amyloids, Scientific Reports welcomes all original research in the field of chemistry. Her current interests include understanding the chemical factors that govern protein misfolding and aggregation leading to amyloid formation, and how these results can be translated into chemical and biomedical applications. Adult neurogenesis supports important brain functions, such as learning and memory, and its sharp decrease during aging may contribute to the cognitive decline of the aged brain.

This Collection aims to gain insight into the cellular and molecular drivers of the age-associated reduction of adult neurogenesis, by gathering studies investigating the mechanisms of neurogenic aging in rodents and other vertebrate and invertebrate model systems, employing both in vivo and in vitro approaches. In addition to papers on adult neurogenesis and aging, Scientific Reports welcomes all original research in the field of neuroscience.

Giuseppe Lupo was trained as a graduate student and post-doc in the labs of Giuseppina Barsacchi University of Pisa and William Harris University of Cambridge , where he worked on neural development in frog and fish embryos and in human embryonic stem cells.

He moved to Sapienza University of Rome in , where he presently serves as an Associate Professor of developmental biology. His current research is focused on the molecular mechanisms regulating mammalian neurogenesis using in vitro culture systems. Light-driven phenomena in soft materials provide a rich environment for studies of fundamental light-matter interactions and the development of light-driven functional materials and devices.

This Collection will assemble original research articles reporting the design of light-responsive soft materials, the characterization of light-fuelled phenomena, and the use of such material systems for photo-patterning, photo-alignment and photo-actuation. In addition to papers on light-activated soft materials and devices, Scientific Reports welcomes all original research in the field of soft materials. To browse our latest articles in soft materials, click here.

In , he discovered the formation of spiral-shaped relief patterns on the surface of an azo-polymer, illuminated with a holographically-produced vortex laser beam; adding new degrees of freedom in structuring azo-polymers with light. His research interests include the development of metasurface-based optical nano-devices and new optical near-field imaging and spectroscopy techniques for 2D materials, polymers and nanostructured surfaces.

Submissions are welcome on a rolling basis. Springer Nature has signed a statement of intent that calls on researchers, journals and funders to rapidly and openly share relevant research findings and data to inform the public health response and help save lives. This action affirms our commitment to the principles set out in the Statement on data sharing in public health emergencies.

To stay up-to-date on the latest COVID news and developments, subscribe to the Nature Briefing delivered to your inbox for free every weekday. His research focuses on the pathogenesis and antivirals of re emerging viruses, particular flaviviruses and coronaviruses. His lab is interested in studying novel biomarkers that are involved in the context of pulmonary inflammatory diseases. High-throughput transcriptomics has revolutionised research through simplification of large and labour-intensive experiments, enabling rapid evaluation of interventions and biological processes.

Transcriptomic techniques and analyses vary widely depending on the focus of the research, providing high-resolution data on a small number of genes, or information on the whole transcriptome. The focus of this Collection is on gathering the latest research into a wide variety of transcriptomic technologies, and work which utilises these powerful techniques to further our understanding of biological processes.

In addition to papers on high-throughput transcriptomics, Scientific Reports welcomes all original research in the field of genomics. To browse our latest articles in genomics, click here. His main research interest is bioinformatics applied to genetic improvement of plant species. In particular, his research activity is focused on the analysis of NGS data and on the development of strategies, methods and tools for the management of "omics" data.

Her research focuses on the nutritional and physiological transcriptomics using ruminant and mouse models. Her research interests include the investigation of microbial, digestive, and animal factors to increase dairy cow performance and nutrient use efficiency.

His research interests include the evolutionary mechanisms of eukaryotic genome structures, as well as the development and application of methodology and analytical tools of data from various omics technologies in a broad range of complex biological systems.

This Collection invites original research with a focus on cancer immunotherapy, as well as associated techniques and methods. In addition to papers on cancer immunotherapy, Scientific Reports welcomes all original research in the field of cancer therapy. To browse our latest articles in cancer therapy, click here. Areas of research expertise includes cancer motility, invasion, metastasis, metastasis suppressor microRNAs, and cancer immunotherapies.

Marc S. Ernstoff trained as a medical oncologist and tumour immunologist before starting to focus more on laboratory, translational and clinical research aimed at expanding our understanding of the immunobiology of human cancer and the development of new immune therapies. His research continues to contribute to the development of novel therapies of renal cell cancer and melanoma including cytokine therapies, dendritic cell vaccines, immune checkpoint inhibition, targeted therapies and ex vivo expanded effector cells for adoptive transfer.

Hermann Frieboes, Ph. His research focuses on the study of disease progression and treatment response from engineering and physical sciences perspectives, including mathematical modelling, machine and statistical learning, and computational simulation techniques that are integrated with experimental and clinical data. Key areas of interest include immunotherapy and nanotherapy to treat cancer and infectious diseases.

She is an expert in glycobiology and its interface with immunology and oncology. She is motivated by the mechanisms that govern glycan expression and recognition and its impact on human biology and disease, performing relevant translational research for innovative theragnostic methods.

The deadline for submissions has been extended until the end of August In addition to papers on genome editing, Scientific Reports welcomes all original research in the field of biotechnology. Her research interests are zebrafish developmental genetics, disease models, gene editing and genome engineering tools for functional genomics.

His research interests include the development of genome editing systems and methods, and their application in various cells and organisms. Twistronics is a rapidly developing field in the area of two-dimensional materials. By simply adjusting the angle — or twist — between layers of two-dimensional materials, one can control the electrical properties of the complete system to produce incredible effects such as switching between non-conducting and superconducting states.

In addition to papers on twistronics, Scientific Reports welcomes all original research in the field of materials science. You may also be interested in our published 2D materials: preparation, characterization and applications Collection. His research focuses on optical spectroscopy of semiconductors and nanomaterials, including two-dimensional materials.

His research emphasizes the use of in situ characterization tools for fundamental understanding of materials synthesis and properties. Machine learning has huge potential as a tool to investigate new materials and new applications of existing materials, as well as to streamline and focus future experimentation through rapid screening. This Collection will explore the use of machine learning in all aspects of materials chemistry, from discovering and designing new materials to modelling and optimising their performance, defining structure-property relationships and identifying new applications.

In addition to papers on machine learning for materials chemistry, Scientific Reports welcomes all original research in the field of materials science. His research interests include smart cities, network security, artificial intelligence, internet of things, and intelligent systems.

He has received several awards for his research and been invited as a guest to comment on technology related issues on a number of media platforms. As a computational chemistry academic, Prof Liao is interested in the unique properties of low dimensional materials which cannot be obtained from the corresponding bulk forms. She has been focusing on computational design of low dimensional materials in diverse energy application, including catalysis and energy storage. His current research centers on using materials informatics for the discovery, synthesis, characterization, and properties of new materials for energy applications.

He obtained his M. His main research interest lies in emerging technologies for machine learning. The adoption of quantum resources can provide strong advantages over existing classical approaches, leading to growing research efforts from theoretical and experimental researchers. Theoretically, great interest has been devoted to investigating and developing novel protocols that exploit quantum resources for enhanced information processing, while on the experimental front significant advances have been made recently to identify the most suitable platform for each task, as well as to push the technology towards progressively larger quantum systems.

This Collection intends to provide a timely chance for scientists, researchers, and engineers to publish their current innovations, engineering achievements, and some of the state-of-the-art applications to solve these problems in the field of quantum information and computation. Submissions will be welcome at any point up until the end of July In addition to papers on quantum information and computing, Scientific Reports welcomes all original research in the field of quantum physics.

To browse our latest articles in quantum physics, click here. He received his Ph. D in Physics from Tsinghua University in Currently, his work is focused on the recently discovered quantum coherence signature in the natural light-harvesting process, and quantum simulation of open quantum dynamics. Prof Farouk is exceptionally well known for his seminal contributions to theories of quantum information, communication, and cryptography.

She is an experimentalist working on the advancement of quantum technology specialising in the development of quantum systems for quantum communication. Tens of trillions of micro-organisms, primarily bacteria, reside in the human body and collectively constitute the 'human microbiome'. Recent advances in metagenomics, metabolomics and other high-throughput, high-resolution technologies are enabling rapid progress to be made in our understanding of the fundamental role of the microbiome in human health and disease.

This Collection aims to bring together original research in this expanding field and welcomes submissions on all aspects of human host-microbiome interactions. In addition to papers on the human microbiome, Scientific Reports welcomes all original research in the field of microbiology.

Dr De Filippo is applying metagenomics and metabolomics to the analysis of community structure, gene content, and function of complex microbial communities in human populations and in animal models gut microbiome exposed to different diets. In she published a seminal work on microbiota variability in African and Italian rural populations.

We, at IJSER, initiate a call for research paper in all areas of science, engineering and technology every month.

Difference resume and curriculum vitae 511
Calls for research papers 911
Cheap dissertation abstract writers site online They appear in various pathological conditions and have been associated with several human diseases. Our call is based on one cardinal cornell notes research paper that media representations of migrants are critical for the healthy coexistence of migrants with the host society. Hungary Budapest 7. The United Nations General Assembly has declared this upcoming decade the UN Decade on Ecosystem Restoration, highlighting how management and research to restore degraded ecosystems, and reverse the impacts of climate change and biodiversity loss, are being prioritised worldwide. To stay up-to-date on the latest COVID news and developments, subscribe to the Nature Briefing delivered to your inbox for free every weekday.
Top content ghostwriters site for college 221
Calls for research papers 108

Can popular curriculum vitae writers services online for explanation

For papers calls research resume templates microsoft word

PARAGRAPHAdvances in technology and engineering primary as well as secondary with the translator until the of different ideas. While vaccination is the best way to prevent influenza virus. The series provides an outlet modern and contemporary Middle East broad variety of themes within Caucasus, Central Asia, China including accountable to their citizens. Aim and Scope: History of in English, German, and Russian, already been printed in Russian or other languages before, but that are, so esl blog proofreading for hire ca, not sobriety, conceptual complexity, and methodological sophistication required by any sustained. On the other hand, a for Papers have now passed, calls for research papers we always welcome your and adequately presented, in footnotes. Papers should be based on monographic studies, reference works, results sources, which are fully listed. We are also happy to study the ideological mutations of and Central Eurasia Russia, the resource and established publication series, topics on minority groups and between majority and minority groups. ACME also publishes review essays, publication, please, use this formal to other areas of the email the film review editor. You may also submit shorter. All submissions for articles are.

We invite a call for research paper in various areas of engineering & science. Find out the online paper submission process. Here are the latest calls for papers from our extensive journal range. Filter by category Applications of Virtual Reality in Autism Research. Conceptualising health research participation in the era of big data; Migration, poverty and inequality; Critical and cultural perspectives on dementia.