Discover how custom-designed molecules transform invisible chemical threats into visible signals through advanced photochemistry and sensor engineering.
How Argonne National Laboratory's 1991 Chemical Technology Division report pioneered breakthroughs in nuclear waste, EV batteries, and hazardous waste treatment that still impact us today.
Exploring the shift from vertebrate-based effluent toxicity testing to compassionate, cutting-edge New Approach Methodologies (NAMs) in environmental monitoring.
Exploring how 3D printing technology is transforming chemical research, from custom lab equipment to advanced chromatography applications.
Explore how astronauts aboard the International Space Station recycle and purify water to maintain a continuous supply of clean drinking water in microgravity.
Exploring the self-assembly of metal oxide nanoclusters and their applications in nanotechnology, catalysis, and medicine.
Exploring how metagenomics reveals the incredible diversity and functions of soil microorganisms, transforming our understanding of this hidden ecosystem.
Exploring how quantum nearsightedness enables functional group editing in molecular design
Discover how Alcaligenes xylosoxydans Strain TD2 serves as a biosensor for detecting thiodiglycol, a chemical warfare byproduct, offering rapid and precise environmental monitoring.
Discover how wheat straw transforms plastic composites, reducing pollution while utilizing agricultural waste for sustainable material science breakthroughs.