Scientists have transformed yeast into a solar-powered marvel by adding a light-harvesting gene, opening doors to sustainable biofuels, smarter drugs, and anti-aging therapies.
How geochemical proxies reveal ancient ocean conditions and climate history through seafloor sediments and fossils
Exploring how organic arsenicals are revolutionizing biomaterials science, from targeted drug delivery to smart medical devices.
Explore how mentorship transforms careers through scientific research and practical insights on building impactful mentor relationships.
How cheminformatics is revolutionizing drug discovery through data-driven approaches, AI, and quantum computing
Exploring cutting-edge nanotechnology tools and methods for constructing materials atom by atom, from self-assembly to AI-driven discovery.
Exploring how surface functionalization transforms nanomaterials for medical, environmental, and electronic applications through precise molecular engineering.
Exploring the revolutionary potential of metal-organic frameworks (MOFs) in materials science through confined-space chemistry.
Discover how POS-PVA hybrid polymer discs are transforming biomolecule immobilization for advanced medical diagnostics and biotechnology applications.
Exploring how posthuman ecocriticism is transforming our understanding of nature by dismantling anthropocentric perspectives and recognizing nonhuman agency.