This Collection invites critical, interdisciplinary contributions that examine the politics, practices, and possibilities of education for marginalised or displaced populations

We invite original research articles from across the spectrum of parasitology research.

This Collection highlights original research that explores dynamic and stimuli-responsive interfaces, hierarchical and bioinspired architectures, and develops predictive approaches that integrate machine learning and computational modeling. Studies addressing long-term stability, reproducibility, and translation into complex biological environments are particularly welcome.

BMC Microbiology invites submissions to its Collection on Biofilms and its impact on disease – Part II. This Collection highlights research on how biofilms form, persist, and contribute to infection and antimicrobial resistance. We welcome studies on biofilm–host interactions and strategies for dispersal, prevention, regulation, and treatment of biofilm‑associated conditions.

This Collections welcomes research on invertebrate neuroethology, which explores how neural mechanisms give rise to natural behaviours across diverse groups such as insects, arachnids, cephalopods, and annelids. This Collection brings together research exploring how neural circuits and sensory pathways shape behaviours including navigation, learning, memory, communication, and social interaction, as well as how environmental stressors such as pesticide exposure influence these processes.

This Collection welcomes experimental and clinical studies that repurpose or reposition drugs to benefit new patient populations.

This collection explores the health outcomes of ultra-processed foods on nutrition and diabetes.

The prime goal of ICAMD 2025 is to provide a platform for reviewing the latest and most important developments in applied physics, exchanging current research achievements and future directions, promoting physics-based innovations, fostering international collaborations across diverse research communities.

This Collection aims to present the latest progress in the integration of two-dimensional materials for neuromorphic computing.

With this cross-journal collection, we aim to highlight recent progress in understanding earthquake processes, as well as current challenges and future pathways towards more reliable forecasting and effective early warning systems that can support risk mitigation.

By bringing together advances in energy-based computation at the intersection of physics, materials science, and computation, this collection aims at connecting theory, experiments, and applications where energy landscapes are used for computation.

This special issue aims to showcase cutting-edge developments in collaborative and autonomous robotics, with a focus on novel designs, methodologies, and applications that enhance human-robot interaction, autonomy, and adaptability.

This special issue aims to systematically present recent advances in intelligent geological disaster assessment and to outline promising directions for future research.

This Special Issue aims to bring together cutting-edge research at the intersection of marine ecosystems, environmental change, and human health, advancing integrated One Health insights to support sustainable and healthy ocean development.

This Collection welcomes original research on large‑scale fermentation, process intensification, downstream optimisation, yield and stability improvements, and metrics that support reliable, commercially viable bioproduction.

As we navigate the complexities of the digital age, computational imaging has emerged as a pivotal discipline, integrating advanced algorithms and artificial intelligence to enhance image processing techniques. With the rapid proliferation of high-resolution imaging technologies, there is an increasing demand for efficient coding and representation techniques that can optimize storage, transmission, and analysis of visual data. This Collection aims to explore the intersection of computational.

In recognition of the role of this research in UN Sustainable Development Goals 3 and 11, this Collection invites original research into driver and traffic safety and is open to studies examining this topic from driver, vehicle, and roadway focuses.

This Collection brings together studies that advance our understanding of cellular mechanotransduction mechanisms, from force sensing at the membrane to the clinical applications of diseases.

This collection aims to identify new approach methodologies (NAMs) that can support the pharmacological assessment of emerging contaminants.

This Collection invites submissions on trial design innovations, recruitment strategies, and field experiences to expand the reach of dementia clinical trials.