The 4th International Architecture & Design Conference aims to provide a comprehensive platform for discussing innovative ideas and advancements in the fields of architectural engineering, urban planning, and environmental design. This Collection invites researchers to explore a wide range of topics that address the challenges and opportunities in the built environment, focusing on the intersection of design, technology, and community needs.

Headache recurrence is strongly influenced by circadian rhythms and biological cycles, with hypothalamic clock disruptions, hormonal changes, and genetic factors playing key roles. Seasonal patterns and links to mood, sleep, and gastrointestinal disorders highlight this chronobiological connection. This series explores neurological, genetic, and hormonal bases, plus strategies—behavioral and pharmaceutical—for circadian alignment to reduce headache burden.

This Scientific Data collection aims to showcase the latest experimental and theoretical datasets on the development, characterisation, and performance of materials such as supercapacitors, solar cells, fuel cells, photovoltaic and thermoelectric materials, batteries, superconductors, and any other material relevant for energy science.

BMC Medical Education is calling for submissions to our Disability in medical education Collection. This Collection invites research focusing on inclusive practices, accessibility, and the development of disability competencies. We welcome submissions that explore innovative curricula, teaching methodologies, and the experiences of patients, with the aim of providing equitable, competent, and compassionate care for patients with disabilities.

This Collection highlights original research advancing electrode and catalyst design, integrating biological and electrochemical processes, and developing scalable reactors. Studies addressing challenges of energy efficiency, durability in real wastewater conditions, and techno-economic feasibility are particularly welcome.

This Collection aims to explore inflammaging from an integrative and multilayered perspective. Studies that investigate the molecular basis of cellular and immune aging, systemic inflammatory networks, their impact on regeneration and tissue repair, and the interplay with environmental and lifestyle factors are welcome.

In the frame of ISKE2025, we are organizing this Special Issue aims to advance both the theoretical foundations and practical applications of AI-driven human–machine interaction (HMI) by promoting interdisciplinary research across AI, control, automation, and cognitive sciences. Submissions are encouraged on methodologies, models, and applications that foster effective, safe, and trustworthy human–machine collaboration

This Thematic Series explores iPSC-based platforms for immune-cell therapies, offering renewable, standardized solutions for cancer, viral infections, autoimmunity, and transplant complications. It reviews iPSC-derived iNKT cells, APCs, CD8+ T cells, and CD4+ Tregs, highlighting challenges and future directions for scalable immunotherapies.

This Scientific Reports Collection welcomes original research articles on farming system approaches that enhance climate resilience, protect food systems and support sustainable agriculture in the face of increasing climate variability.

This Collection highlights innovative research on drought and flood resilience in cities and suburban areas, emphasising the urgent need for adaptation to climate change. We invite contributions that explore water retention strategies, small scale measures, and integrated frameworks designed to strengthen urban and peri urban systems against climate extremes. Droughts and floods are issues of global importance, already recognized in the 2015 Agenda 2030 for Sustainable Development.

This Topical Collection highlights cutting-edge experimental and quantum chemical approaches to hydrogen bonding, σ-hole interactions, supramolecular assemblies, and more. Join leading researchers in exploring how these forces drive innovation in drug design, molecular engineering, and materials science.

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This collection focuses on innovative electrochemical sensing platforms developed through sustainable materials, green fabrication methods, and circular engineering principles. Contributions are invited on bio-derived and waste-converted electrode materials, low-energy or solvent-free modification strategies, and chemical-engineering-driven process optimization.

In this collection, we welcome submissions that further our understanding of species’ evolutionary responses to contemporary global change. We particularly encourage multi-disciplinary research that incorporates diverse data types and approaches, including empirical and theoretical modeling work.

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This Scientific Reports collection invite contributions that explore technological breakthroughs, environmental assessments, and socio-economic strategies for biomass, plastic, and CO₂ valorization, with a special emphasis on waste management and its integration into sustainable resource recovery systems

This Collection seeks research on single-cell insights that inform personalized therapies. We invite submissions that explore the application of single-cell technologies to further our understanding of health evolution, targeted drug therapies, and the tumor microenvironment. By integrating these insights, the goal is to develop personalized treatment approaches that enhance patient outcomes in various health conditions.

BMC Neurology is now welcoming submissions to a new Collection focused on research exploring the complexities of headache and migraine disorders, with an emphasis on new therapeutic strategies and advancements in understanding their underlying mechanisms.

This collection focuses on AI methods that transform sensor data into meaningful perception, enable intelligent decision-making, and support embodied interaction or real-world deployment.

This collection focuses on operationalizing responsible AI across the healthcare ecosystem, emphasizing inclusive design, interdisciplinary collaboration, and scalable implementation.