Exploring how Phobos, Mars' moon, could preserve biomarkers from Martian impacts and what this means for the search for extraterrestrial life.
Exploring the frontier of redox-controlled protein synthesis where chemists harness selenium-sulfur switches to build custom biomolecules atom by atom.
Exploring the contrasting diversity of soil insects between the lush Arboretum Sumber Brantas and potato farmlands in Batu, East Java.
Explore how lanthanum hafnium oxide (LHO) deposited via ECR-ALD is enabling next-generation computing devices with superior dielectric properties.
Discover how discarded black tea leaves can effectively adsorb uranium from contaminated water, offering an eco-friendly solution to radioactive waste management.
Explore how Saturo Masamune transformed organic chemistry through his groundbreaking work on small-ring compounds and natural product synthesis.
Exploring how materials science is revolutionizing semiconductors through innovations like wide-bandgap materials, magnetic semiconductors, and sustainable alternatives.
Discover how organoclays - modified clay minerals - are revolutionizing environmental solutions through cutting-edge chemistry and sustainable applications.
Discover how cabbage waste and pool chemicals could revolutionize farming through innovative soil amendment strategies that boost crop yields and fight pathogens.
Exploring the scientific evaluation of contaminated sediments from Westchester Creek and the decision-making process for ocean disposal.