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Volume 2
An archive of all our issues published throughout 2026.
Issue 1: Evolution
Discover the latest insights in evolutionary science with our new issue, exploring the origins and evolution of primates, the principles of evolutionary gravitation, and how learning and sampling strategies shape hydrodynamic organization. Dive into cutting-edge research that connects adaptation, optimization, and survival across species and systems.
Issue 2: Molecular Biology
Discover the latest advances in molecular genetics with our new issue, delving into the dynamic role of mitochondria in cellular function and evolution, the transformative impact of deep learning on genomic analysis, and the frontiers of synthetic biology in engineering life at the molecular level. Explore how innovation at the intersection of computation and biology is reshaping our understanding of gene regulation, cellular systems, and the future of biotechnology.
Issue 3: Psychology
Explore the evolving landscape of psychology in this issue, examining how experience reshapes the brain through structural changes in the hippocampi of taxi drivers, and how hormonal variation influences antisocial behavior. Investigate the neural basis of the “reality signal” that distinguishes perception from imagination, alongside a systematic review evaluating the effectiveness of music interventions in reducing exam anxiety among university students. Extending beyond humans, consider how principles resembling evolutionary optimization appear even in bacterial behavior, offering insight into decision-making processes at the most fundamental levels of life. Together, these perspectives highlight the interplay between biology, cognition, and environment in shaping behavior and mental processes.
Issue 4: Bacterial Infections
Explore the rapidly shifting front lines of modern infectious disease management in this issue, examining how autonomous ultraviolet robotics are being deployed to automate large-scale hospital disinfection against resilient MRSA strains, and how machine learning algorithms optimize the clinical timeline. Investigate the molecular frontier of natural product discovery with the unearthing of hidden antibiotic precursors like pre-methylenomycin C lactone, alongside a sobering look at the epidemiological persistence of Salmonellosis as a modern food-borne plague. Together, these articles underscore the necessary synthesis of automated engineering, artificial intelligence, and molecular ecology in shaping the next generation of antimicrobial interventions.