How femtosecond X-ray lasers revealed the ultrafast retinal isomerization in bacteriorhodopsin, capturing light's first interaction with life at atomic resolution.
Explore how modern undergraduate biology programs prepare students for groundbreaking research in biomedicine, ecology, and synthetic biology through hands-on learning and cutting-edge technologies.
Discover how botanists unraveled the mystery of Ecuador's Monopyle bilsaensis complex, revealing four distinct species hidden under one name.
Discover how a 15-million-year-old Cercis leaf fossil with preserved pulvinus reveals the evolution of plant movement in legumes during the Miocene epoch.
Discover how scientists are revolutionizing electronics by engineering tunable band gaps in epitaxial graphene, potentially replacing silicon in future devices.
Exploring the evolution of genomics from the Human Genome Project to cutting-edge AI-driven discoveries and their impact on medicine and evolutionary biology.
Exploring how femtosecond fiber lasers are revolutionizing mid-infrared applications in science, medicine, and industry.
Exploring H. J. Muller's groundbreaking contributions to evolutionary biology, including the Dobzhansky-Muller model, Muller's ratchet, and their modern applications.
Explore how Acta Genetica Sinica shaped Asia's genetic revolution through groundbreaking research in plant genetics, disease mechanisms, and behavioral genomics.
Explore Karl von Frisch's groundbreaking work on honeybee communication and navigation that revolutionized integrative biology.