This Collection aims to bring researchers together to advance our understanding of electron and phonon transport, the interaction between thermoelectric and other physical properties, as well as the issues occurring in making high-efficiency devices.

This collection features antiviral strategies from all natural sciences, tackling resistance challenges and advancing translational treatments.

Exploring advances in metabolic imaging to enhance precision diagnostics and real-time therapy monitoring, driving innovation in personalized medicine.

This Collection focuses on the unique challenges and opportunities for artificial intelligence (AI) applications in the emergency department (ED) and intensive care unit (ICU), environments where rapid decision-making and precision are critical to patient survival.

This collection invites research on the transformative potential of multimodal AI in digital medicine, accounting for model performance, fairness, and generalizability.

This Collection invites research on the use of artificial intelligence and machine learning for advancing small-molecule drug design.

This Collection invites researchers to contribute to the growing field of spatial biology, focusing on the spatial organization of biological systems and their implications for health and disease. We welcome submissions that explore innovative methodologies, applications of spatial omics, and the integration of high-resolution imaging techniques to enhance our understanding of cellular microenvironments and tissue architecture.

Genome Medicine is calling for submissions to a new Collection on vaccines and vaccinology. Guest edited by Dr Paul Klenerman, Dr Nicholas Provine, and Dr Ramon Arens, we are now inviting the submission of Research, Method, Software, Database, and Guideline manuscripts that deal with vaccinology under the lens of omics.

BMC Biology is calling for submissions to our Collection on Mitochondrial metabolism and dynamics. This Collection aims to explore the molecular mechanisms underlying mitochondrial function, mitochondrial dynamics, and their involvement in metabolic diseases, neurodegenerative disorders, and cancer. We further invite submissions that provide insights into potential therapeutic targets and interventions for diseases associated with mitochondrial dysfunction. We also welcome research seeking to un

In Discover Nano collection, the water electrolysis process, which involves the electrochemical water splitting and photoelectrochemical (PEC) water splitting and their techno-commercial prospects including H2 production cost, along with recent developments in electrode and photoelectrode materials using earth-abundance and non-noble materials, and their environmental aspects for green H2 production will be covered.

This Discover Nano collection is to bridge the gap between the fundamental principles of nanomaterials and their applications in energy storage systems. From material synthesis to device integration, these studies demonstrate the potential of nanomaterials as enablers for advancing green and efficient energy storage technologies. Industry practitioners will find valuable insights into novel materials, emerging design trends, and future directions in the energy storage sector.

This Collection seeks to gather cutting-edge research on embodied robotics, focusing on the integration of physical and cognitive systems in the development of intelligent and adaptive robots. We invite researchers to contribute their work on topics such as physical interaction, human-robot collaboration, adaptive systems, and bio-inspired robotics, with the aim of advancing our understanding of embodied robotics and its applications in various domains.

This Discover Public Health Collection aims at exploring the linkages between nutrition education, early childhood nutrition, and health outcomes. We invite submissions focusing on dietary interventions, nutrition educational strategies, food policies, and their impacts on the health of children. Manuscripts including systematic and meta-analysis that examine the role of childhood nutrition in promoting mental health during formative years are also encouraged.

This Collection invites research on applying health economics for exploring artificial intelligence (AI) in healthcare.

This Discover Sustainability Collection focuses on the intersection of sustainability, entrepreneurship, and innovation, with particular attention to the entrepreneurial process and journey within the context of sustainable development. We aim to explore how entrepreneurs navigate the complexities of achieving Sustainable Development Goals (SDGs) by embedding sustainability into their business models, innovation processes, and organizational structures.

This Discover Environment collection seeks to explore the intersection of fluorinated pollutants and climate change, addressing both the emerging challenges and potential solutions to mitigate their environmental and public health impacts. Contributions to this collection will provide critical insights into the fate of these pollutants in a changing climate and highlight innovative approaches for remediation and policy development.

This Discover Sustainability collection aims to consolidate multidisciplinary approaches that use green technologies, green processes and innovations to contribute to the realisation of the three dimensions of sustainability.

Metacognition – the ability to reflect upon and regulate one’s own thinking – is a cornerstone of human cognition that impacts learning, problem-solving and decision-making across diverse contexts. This Discover Psychology collection aims to bring together cutting-edge research that explores the mechanisms underpinning metacognition, its applications in real-world settings and innovative approaches to enhancing metacognitive skills.

Most of our knowledge about the psychosocial impact of disasters comes from studies conducted within a year of the event, while data on the longer-term effects and the impact of multiple disasters on children, adolescents and adults is scarce. This Discover Psychology collection focuses on the negative and positive effects of long-term and multiple disasters in order to fill in this knowledge gap, and to provide practical recommendations to inform disaster management practice.

Colloidal nanoparticles have emerged as a transformative class of materials for clean energy harvesting and storage applications due to their tunable size, shape, and surface properties. These nanoparticles exhibit unique optical, electronic, and thermal properties from quantum confinement effects and high surface-to-volume ratios, making them ideal and crucial candidates to address global energy challenges. This collection focuses on colloidal nanoparticles in energy harvesting and storage.