Core samples from under Greenland's Prudhoe Dome ice sheet suggest the region is highly sensitive to the temperatures of our current interglacial period.
UB chemist Emanuela Gionfriddo and her team have developed a novel method to detect airborne “forever chemicals” as they evaporate—filling a major gap in PFAS monitoring and offering a sustainable, precise tool that could help shape future environmental regulations.
In a physics breakthrough, UB’s Dusan Sarenac and a global team have created the first-ever neutron Airy beams, self-bending, self-healing beams that could revolutionize material imaging, pharmaceutical research, and quantum technologies.
UB physics graduate student Amartya Sengupta has been awarded a prestigious MCgen Fellowship to advance his research on dark matter and cosmology, marking a major milestone in his career and highlighting UB’s growing impact in high-energy physics.