XENON experiment finds quietest neutrinos ever detected
Ultra-sensitive detector designed by UChicago team to search for dark matter captures elusive low-energy neutrino particles from the sun
South Pole Telescope analysis releases new catalog of more than 7,000 galaxy clusters
New cosmic census, led by Argonne and UChicago, shows how universe grew and changed
Peter B. Littlewood, condensed matter physicist and internationally recognized leader, 1955–2026
Remembered for expansive expertise, collaborative spirit, and dynamic leadership
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
UChicago physicists figure out how to reduce formation of ‘viscous fingers’
Physics breakthrough could have applications in industrial, environmental processes
Deep in the ice, Antarctic detectors pick up incoming cosmic rays from outer space
Detection by Askaryan Radio Array holds promise for future research into sources, nature of cosmic rays and neutrinos
A ‘blob’ in a tank is helping scientists tease out the secrets of turbulence
A novel experiment at UChicago reveals fundamental laws governing swirling fluids
UChicago scientists find better way to make infrared light—using quantum dots
Energy-efficient infrared light sources could boost sensors, technology
Scientists pair AI and human knowledge to tackle notoriously difficult physics question
New approach may help shed light on turbulence, other stubborn natural mysteries
In Antarctica, balloon lands after 23-day search for particles from outer space
Unique UChicago-led instrument PUEO caught a ride aboard a NASA balloon in search of high-energy neutrinos