Researchers clear hurdle toward ‘EKG for a single cell’
UChicago-led team resolves flaw in quantum biosensors that could unlock detailed views of how life works
Researchers discover cleaner route to purifying rare earth elements
UChicago PME scientists show that atomic channels can separate rare earth elements from each other—without using toxic chemicals
AI-powered robotic labs at UChicago, Argonne receive $20 million NSF grant
PoLARIS Project will conduct experiments autonomously, allowing researchers to create novel materials from afar
Chemists shrink gallium nitride, the material behind LED lighting, into nanocrystals
Molten-salt method from UChicago and Argonne could unlock durable materials for printed electronics, flexible devices
Researchers build light-powered ‘artificial leaf’ for wireless medical implants
UChicago PME team creates new nanomaterial that harvests light energy for sensing and stimulation
Scientists show how particle interactions control flow of soft materials—like ketchup
Research by UChicago, Argonne researchers could lead to new materials and manufacturing processes
“ElectrolyteGPT” can generate new formulations for battery development
UChicago team creates new chemical language to help AI generate entire mixtures, not just the ingredients
Stretchable AI patch computes on your body, no server required
New fabrication method enables large-scale transistor arrays to run AI algorithms in milliseconds, a step toward guiding precision cardiac treatments
Smoking may spark lung-to-brain reaction tied to dementia, study finds
UChicago PME researchers trace a new pathway of disruptive chemical messages that could help explain why heavy smokers face higher risks
The secret ingredient in a new biomedical device? Lithium-ion battery tech
UChicago scientists team up to deliver lithium with fewer side effects in innovative biomedical patch