The objective of this Topical Collection is to present recent advances and to discuss current and emerging multi-disciplinary approaches in the field of structural design and optimization.

EPJ Quantum Technology is calling for submissions to our Collection on Quantum Education. Appropriate contributions in this topical collection include: discussion of new topics relevant for the teaching of modern quantum physics; new teaching methods and ideas; implementation of demonstration and student experiments; novel methodologies for workforce training and lifelong learning in Quantum Technologies; and more.

The intelligent fusion of multi-modal data for complex systems involves the integration and analysis of diverse data types, such as images, text, sensor data, and more, to gain a comprehensive understanding of complex phenomena. This approach is crucial for addressing the challenges posed by intricate systems in various domains, including healthcare, transportation, environmental monitoring, and beyond.

The objective of this special collection in Journal of International Humanitarian Action is to take stock of the progress on the Agenda for Humanity, seven years after its adoption. We welcome contributions from a variety of disciplinary fields.

This topical collection dives into the forefront of environmental innovation highlighting the most recent breakthroughs and research in sustainable methodologies for wastewater management. Featuring contributions from leading experts, the issue covers a wide range of topics including cutting-edge biological treatments, advanced filtration techniques, and pioneering applications of nanotechnology.

This collection addresses the complexities of pain and sedation management in NICU/PICU settings. It brings together international experts to explore guidelines, clinical trials, and the evolving roles of healthcare professionals and parents in providing compassionate, effective care for critically ill neonates and children.

RHSR welcomes ECRs to contribute papers to the collection “Designing the Future through Understanding the Past and the Present: Emerging Researchers Take on Regional Variation in Health Care.”

This special collection is dedicated to celebrating the remarkable achievements and contributions of our AAPS Fellows (FAAPS) and Awardees in the field of pharmaceutical sciences.

This special collection is dedicated to showcasing the next generation of scientific leaders in the pharmaceutical sciences community by highlighting their innovative scientific achievements.

This Collection invites cutting-edge research on advances in single cell metabolomics, focusing on instrumentation, biological discoveries, and applications in precision medicine. We welcome submissions that explore technological innovations, data integration approaches, and the implications of metabolic profiling for understanding health and disease. Join us in shaping the future of metabolomics and its role in advancing scientific discovery.

The Collection seeks to promote interdisciplinary collaboration and knowledge exchange between academia and industry, supporting the development of resilient, efficient, and future-ready manufacturing ecosystems aligned with global sustainability and digital transformation goals.

Extended Reality (XR) technologies, including Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR), are profoundly transforming how people interact and collaborate in the digital world, overcoming physical barriers and creating new opportunities for social connection.

This Collection invites researchers to contribute original studies on quantum information with reconfigurable atom arrays. We seek papers that explore various topics, including quantum simulation, error correction, and sensing applications. By highlighting cutting-edge research in the field, this Collection aims to advance our understanding and implementation of neutral atom arrays in quantum technologies.

As global demand for faster, more reliable wireless communication grows exponentially, the push toward 6G and beyond is redefining the wireless landscape. Emerging technologies such as Massive MIMO, Reconfigurable Intelligent Surfaces (RIS), THz communications, and AI-driven wireless optimization are driving transformative change in connectivity. These advances aim to achieve ultra-low latency, ultra-high data rates, energy efficiency, and massive device connectivity—core enablers for applicatio

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This Collection invites research that explores the interplay between forestry, agroforestry, biodiversity, and climate action. We welcome contributions that investigate carbon sequestration, habitat restoration, sustainable practices and livelihoods with the goal of enhancing agricultural productivity while addressing environmental challenges. By showcasing innovative research, we aim to inform effective strategies for promoting biodiversity and climate resilience in agricultural landscapes.

This Special Issue will focus on Aquatic Microbial Ecosystems and algal blooms and welcomes all submissions focused on microbes in aquatic environments, their natural cycles, and the results of disruptions to these natural systems.

Over the past few years, XR and spatial computing technologies have become essential elements in how we interact with digital information. As these systems proliferate and become accessible to a broader audience, researching how users capture, reconstruct, and replay their personal experiences is crucial for understanding their design principles and user experience elements.

This special collection explores the complex dynamics of coastal environments through multidisciplinary research—including geoscience, ecology, remote sensing, and emerging tools like machine learning. Contributions will advance understanding of coastal change and support sustainable strategies for resilience and restoration.

This Collection focuses on the exploration of quantum diversity in Kagome lattices, inviting research that examines the unique properties and phenomena associated with these geometric structures. Topics may include Kagome spin liquids, topological kagome metals, and the latest advancements in Kagome superconductors. We aim to foster a deeper understanding of the fundamental physics underlying these materials and their potential applications in next-generation quantum technologies.