Discover how Calotropis gigantea, a tropical plant, shows remarkable potential in protecting pancreatic cells and treating diabetes through its antioxidant properties.
Computational study revealing how 2,4-D herbicide interacts with soil organic matter components at molecular level
Exploring the scientific theories and evidence behind the origin of life on Earth, from primordial soup to hydrothermal vents and the RNA world hypothesis.
Exploring Molecular Solar-Thermal Energy Storage (MOST) systems and the revolutionary potential of storing solar energy in liquid molecules.
Revisiting the monumental research contributions from 2011 that transformed human-computer interaction, AI foundations, sensing technologies, and transportation systems.
Discover how Langmuir-Blodgett self-assembly enables precise creation of ultra-thin graphene oxide membranes for advanced filtration and electronic applications.
Discover how (+)-camphor enables enantioselective synthesis of α-amino acids through sulfenimine cyanation, revolutionizing chiral drug development.
Explore how organic molecular switches are revolutionizing smart materials through light-controlled surface properties, enabling dynamic wettability, adaptive electronics, and biomedical applications.
Explore how continuous flow reactors are transforming polymer science through precise RAFT polymerization, enabling ultra-fast reactions and nanoscale morphology control.
Discover how ruthenium catalysts enable pseudoreversible oxygen-to-sulfur migrations, transforming radical chemistry for pharmaceutical applications.