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Sonocytology is conceptualized as an emerging interdisciplinary field dedicated to the study of cells using acoustic waves. This builds upon the growing recognition that physical cues, including acoustic vibrations, profoundly influence biological systems from microbes to complex organisms (de la Viuda et al., 2025; Ostasevicius et al., 2024). Sonocytology aims

Archaeal biofilms, particularly those formed by extremophiles, represent fascinating and resilient microbial communities capable of thriving in environments hostile to most life forms. These complex architectures are crucial for archaeal survival, facilitating nutrient acquisition, protection from stressors, and intercellular communication. Understanding the nanoscale organization of these biofilms is paramount for

Dreams, those ephemeral narratives that populate our sleep, represent a fascinating and enduringly enigmatic facet of human cognition. For centuries, their bizarre imagery, emotional intensity, and often fragmented storylines have captivated philosophers, artists, and scientists alike. While traditional dream analysis has offered qualitative insights, a comprehensive understanding of their structural

Astrovirology is an emergent interdisciplinary science investigating the existence, diversity, and dynamics of viruses across cosmic environments. This field brings together virology, astrobiology, planetary science, and genomics to address two profound questions: can viral-like entities exist beyond Earth, and how might Earth viruses contribute to, or be threatened by, interplanetary

The human body is intricately synchronized to Earth's 24-hour cycle by an internal biological clock, the circadian rhythm, which governs nearly all physiological processes from sleep-wake patterns and hormone release to metabolism and immune function. Even relatively short-duration spaceflights within our solar system, such as missions to the

Metamaterials, engineered structures with properties not found in nature, have opened unprecedented avenues for controlling electromagnetic, acoustic, and thermal waves. The advent of programmable metamaterials, whose responses can be dynamically tuned in real-time, represents a significant leap forward. This programmability allows for adaptive functionalities, with adaptive camouflage systems being one