With this cross-journal Collection, the editors at Communications Health, Communications Psychology, and Nature Communications invite manuscripts that investigate the distribution and determinants of adolescent mental health across diverse settings as well as innovative prevention, detection and intervention approaches.

This collection brings together research that addresses critical engineering challenges in implantable wireless communications.

This Genetics Collection in BDJ Open welcomes high-quality research applying genetics to oral and craniofacial biology, health and disease. We invite discovery and translational studies across animal, human and microbial systems, including functional genomics, epigenetics, transcriptomics (including single-cell/spatial) and multi-omics, with clear mechanistic insight and/or clinical relevance for dentistry and the head and neck.

This collection focuses on advances in cancer genomics and drug development

This Collection aims to gather pioneering research on women's health, particularly in the context of genomics and the unique health challenges faced by women. We welcome submissions that investigate various topics, including reproductive health, gynecological cancers, menopause, and the integration of omics technologies. Through this initiative, we aim to promote a deeper understanding of women's health and contribute to the development of targeted interventions for improved health outcomes.

Schizophrenia invites articles on harnessing computational algorithms to forecast the emergence or course of psychosis. Bridging advanced analytics with clinical practice, this collection spotlights reproducible, interpretable models – from neuroimaging to language processing – to enhance early identification and intervention in psychotic disorders.

This Collection highlights original research on innovative strategies and technologies aimed at enhancing cybersecurity awareness across personal and organizational environments.

The purpose of this collection is to bring together interdisciplinary research that highlights innovative practices, empirical analyses, and policy strategies for advancing sustainable energy transitions. We invite contributions that explore how technology, policy, and social equity can be synergistically integrated to foster low-carbon, resilient, and inclusive energy systems.

This Collection seeks original research on innovative architectures, intelligent resource allocation methods, and practical solutions that enhance performance, sustainability, and operational efficiency in cloud computing environments.

This Scientific Reports Collection features engineering methods and technologies that enhance diagnostics, reliability, and long-term structural resilience.

This Scientific Reports Collection brings together original research on magnetoacoustic interactions in spintronic systems.

the collection aims to investigate multidisciplinary research that applies neuro-cognitive frameworks and complementary neuro perspectives to solve sustainability challenges in urban retail, cultural heritage, tourism, mobility, and community trust. We seek papers (innovative or breakthrough contributions) that move beyond "what" consumers choose to "how" they process information in the high-density stimuli environment of a modern city.

This collection welcomes original research articles on metal extraction from ore and related technological innovations, optimization strategies, energy‑saving approaches, and environmental impacts, with the goal of securing a reliable and sustainable supply of critical metals.

This Collection uniquely positions itself by emphasizing interpretability and regional system intelligence. It distinguishes itself from micro-analytical fluid studies and broad supply-chain sustainability analyses by focusing on the scalable integration of data and knowledge to build trustworthy, regional-scale decision-support tools.

This Collection explores the integration of federated foundation models (FFMs) with Integrated Sensing and Communication (ISAC) systems, addressing challenges in privacy, heterogeneity, robustness, and communication efficiency. It aims to advance theory, system design, and applications of distributed intelligence for next-generation sensing-communication networks.

Our mission is to foster a multi-layered computational ecosystem—one that is flexible, scalable, and extensible—to support decision-making that, in turn, enhances community resilience against natural hazards while accelerating a just energy transition in urban/environmental/industrial sectors.

This collection focuses on inviting readers to define paths to a sustainable future: ‘Shaping the Future of Sustainability’ is a statement of intent that calls for innovation, proactive design, technologies, openness of knowledge and intellectual leadership to build sustainability in complex environments.

In support of World Wetlands Day 2026, BMC Ecology and Evolution invites submissions exploring wetland ecosystems and strategies for their restoration and conservation. Wetlands, from mangroves to seagrass meadows, are biodiversity hotspots providing vital ecosystem services like water purification and carbon storage. With 35% lost in the past 50 years due to human activity and climate change, this collection welcomes research on wetland ecology.

This collection aims to contribute to enabling the systematic mainstreaming of NbS into urban climate adaptation in Mediterranean cities by advancing scientific knowledge and providing a common frame for methodological, conceptual and empirical research specifically addressing their integration into local adaptation plans, with particular attention to governance, financing, co-creation processes, and the environmental and social co-benefits that support equitable and resilient

This Collection focuses on the scientific, technological, and governance advances needed to accelerate resource circulation and enable a robust circular economy, with an explicit emphasis on quantitative, decision-relevant evidence. As pressures from material scarcity, urbanization, and climate change intensify, conventional linear systems built around “take, make, dispose” are increasingly inadequate.