Explore the fascinating world of polymeric multilayers and their revolutionary applications in drug delivery, filtration systems, and advanced materials.
Explore how forensic science techniques are being used to combat counterfeit pharmaceuticals and protect public health worldwide.
Discover how multiscale modeling revolutionizes material science by bridging quantum physics to macroscopic properties for designing smarter organic materials.
Explore how ATR-FTIR mapping technology reveals microscopic layers in centuries-old artworks, overcoming the diffraction limit for unprecedented analysis.
Discover how scientists are implementing missing aerosol physics into climate models like LLNL IMPACT to improve climate predictions and air quality management.
Discover how NASA's OCO-2 satellite revealed unprecedented insights into Earth's carbon cycle during the 2015-2016 El Niño, showing the two-phase response of ocean and terrestrial systems.
Explore how phytoremediation uses plants and microbes to clean oil-polluted soils, with scientific analysis of microbial community recovery using RAPD and ISSR markers.
Explore how 1993's chemistry breakthroughs in DNA manipulation, free radical research, and materials science transformed medicine, technology, and our understanding of life.
Investigating uranium contamination in Siberia's Yenisei River from Rosatom nuclear facilities and its ecological impacts
Discover how scientists are using alternative chemical archives in fish biology to understand environmental, ecological, and life-history changes without harming the fish.