Calls for papers

This collection welcomes original research aimed at delving into the fundamental understanding of the origin of transport resistances, and development of operando diagnostic techniques, advanced computational models, robust materials, and innovative operating strategies to reduce transport resistances in electrochemical energy conversion devices, including fuel cells, water electrolyzers, CO2/CO/N2 reduction devices, flow batteries, and solid-state batteries.

This collection invites original research submissions that explore the complexity and dynamics of large networks and foster deeper integration of entropy concepts with emerging technologies like machine learning and quantum computing.

This Collection presents original research highlighting the development of ADSS algorithms to address challenges in long-term adaptation, interpretability, fairness, and scalability, as well as the exploration of new applications of ADSS.

This Collection seeks submissions of original research aimed at addressing challenges related to ensuring equitable access to energy services, engaging with affected communities, defining standardized data and metrics, and navigating the complexities of just transitions during the shift away from fossil fuels.

These collective efforts are poised to contribute to the realization of innovative technologies, examples of which include high-frequency electronic devices, ultra-efficient optoelectronic devices, and robust power electronics designed for extreme environments.

This themed Collection aims to bring together research articles on unravelling the intricate mechanisms and roles of different protein condensates, developing novel tools to characterize their formation and dynamics, and exploring how aberrant condensate formation can impact pathological conditions.

This Collection brings together original research in the topic of free electron lasers, showcasing the latest technologies developments and reporting how such systems are used in timely applications.

This Collection aims to gather the latest advances in the topic of neutron techniques, looking at the next generation of neutron systems as well as their exploitation in modern applications to address current society needs.

This Collection brings together original research in the topic of colloidal systems, looking at their interesting characteristics and their use in timely applications.

This Collection seeks to showcase the latest trends around this topic by inviting submission of original research investigating new approaches for green building and sustainable architecture.