Exploring the glaring omissions in the Modern Synthetic Theory of Evolution and the scientific revolution brewing in evolutionary biology.
How 2025's quantum computing breakthroughs demonstrated unconditional exponential scaling advantages over classical computers.
Exploring how DNA strands act as both hardware and software in revolutionary string rewrite systems, creating computers that could fit all human knowledge in a shoebox.
Explore how comparative genomics unlocks evolutionary secrets across species, from cancer resistance in elephants to viral tolerance in bats.
Exploring the interdisciplinary evolution of biochemistry and molecular biology through a century of scientific convergence.
Exploring how robotics, AI, and molecular imaging are transforming modern surgical practices and outcomes.
Lee Hsiang Liow's groundbreaking work in paleontology using fossil forensics to rewrite evolutionary rules and predict future biodiversity patterns.
Exploring the molecular chemistry, cellular anatomy, and taphonomy of Earth's oldest microscopic fossils preserved in ancient rocks.
Exploring the transformative evolution of histology from traditional microscopy to AI-powered 3D spatial biology and its impact on biomedical research.
Exploring innovative aquaculture solutions that sustainably meet global seafood demand while restoring marine ecosystems.