A setback in growing light-responsive crystals led UB chemist Jason Benedict and his team to a novel method for mapping molecular arrangements.
The study has produced key findings on cardiovascular disease, coronary heart disease, physical activity and more.
A unique collaboration featuring robotic oysters aims to address the environmental issues surrounding oyster reefs in NYC’s waterways.
Graduate student Shu Wan believes telling the stories “could really change our neighborhood.”
A study looks at the role follicle stimulating hormone plays in contributing to obesity, which raises breast cancer risk.
New research finds a crucial flaw in the latest version of the theory that the universe expands and contracts in infinite cycles.
The director of the UB RENEW Institute is a globally recognized leader in environmental and analytical chemistry.
A UB-led study shows an AI-backed earbud system is 82.6% accurate in spotting common ear infections, ruptured eardrums and earwax blockage.
Two UB-led studies show promise for dry reforming of methane, an industrial process that could slow the pace of climate change.
A UB-led study will help develop a toolkit that guides pharmacies through implementing screening services.
UB researchers have received an NSF grant to investigate this understudied aspect of group learning.