Explore how temperature-induced softening and electrical charge control the fundamental movements of molecular machines at the nanoscale.
Explore how polymer conjugate-based nanotherapeutics are revolutionizing medicine by delivering drugs precisely to diseased cells while minimizing side effects.
Explore how optical flow technology enables computers to perceive motion, from video stabilization to autonomous vehicles.
Discover how copper-catalyzed C-H amidation enables precise molecular surgery on drug compounds under mild conditions
Explore the fascinating parallels between Freud's complemental series and Heisenberg's uncertainty principle - two revolutionary frameworks that embraced uncertainty in psychology and physics.
Discover how engineered hemeproteins are revolutionizing chemical synthesis through carbene transfer reactions, creating sustainable pathways to valuable molecules.
Explore how scientists are engineering sugar foldamers - synthetic oligosaccharides with predictable folding patterns - to revolutionize medicine and materials science.
Explore how cutting-edge science and biotechnology are preserving our world's most endangered cultural heritage sites and artifacts.
Discover how the heart hormone ANF directly inhibits vasopressin release from the brain's pituitary gland, revealing an intricate feedback system for fluid balance.
Explore the fascinating world of interallelic crosses and discover how broken genes can work together to heal themselves through complementation and recombination.