Exploring how biochemical reaction networks can implement artificial neural networks through molecular interactions - a revolutionary convergence of computer science, chemistry, and synthetic biology.
Explore the versatile chemistry and applications of quinoxaline, a powerful molecular scaffold with significant impact in medicine and technology.
Discover how scientists are decoding the complex communication system of sperm whales and what this reveals about animal intelligence.
Explore how supramolecular chemistry enables optical detection and targeted delivery in living plants for sustainable agriculture
Explore the science of herbal cosmeceuticals - how plant-based compounds are revolutionizing skincare through clinical research and bioactive formulations.
Explore how topological nanostructures are revolutionizing pharmaceutical science through precise drug delivery, enhanced targeting, and innovative molecular design.
Discover how biopolymers are revolutionizing sustainable materials science, offering eco-friendly alternatives to conventional plastics through nature-inspired solutions.
Explore how multi-strain collaboration in engineered living materials is revolutionizing material science with self-repairing, responsive capabilities.
Explore the fascinating world of active matter and endogenous fields - how biological systems create their own guidance systems through self-generated chemical, mechanical and electrical fields.
Explore the latest advances in annulus fibrosus repair using hybrid scaffolds and tissue engineering techniques for spinal disc regeneration.