News: Research

Professor Abigail Vieregg receives Moore Foundation Experimental Physics Investigators Initiative Award

Professor Marcela Carena was Named A 2022 DOE Distinguished Scientist

Researchers at the U.S. Department of Energy’s Fermi National Accelerator Laboratory have announced the first successful demonstration of a new technique that improves particle beams. The team, in collaboration with UChicago, published its findings in a recent edition of Nature.

Grace Chesmore, a fifth-year PhD student in the Department of Physics, and Celeste Keith, a fourth-year PhD student in the Department of Astronomy and Astrophysics at the University of Chicago, will conduct research at Fermi National Laboratory as part of the Department of Energy's Office of Science Graduate Student Research (SCGSR) program.

Award-winning film presentation by Savannah Gowen demonstrates how training materials can be used to induce desired properties.

University of Chicago researchers at Chin Lab discovered how to create and manipulate a quantum phenomenon known as a "domain wall" - shown in this image as the lighter line between two groups of atoms. (Image adapted and color added from experiment data.)

Nine University of Chicago researchers, including the Physics Department's Prof. Edward Blucher, were named 2021 fellows of the AAAS for their distinguished contributions to the sciences.

Having solved a central mystery about the “twirliness” of tornadoes and other types of vortices, William Irvine has set his sights on turbulence, the white whale of classical physics.

The Dr. Pliny A. and Margaret H. Price Prize recognizes research excellence and exceptional promise in areas related to CCAPP initiatives. Two recipients are hosted by CCAPP for a week, during which they give a Price Prize seminar on their research, establish long-term collaborative relationships, and receive a $2,000 honorarium.
Kaeli Hughes' research focuses on the radio detection of astrophysical neutrinos above 10 PeV.

Grandi in one of the final phases of XENONnT Time Projection Chamber assembly. The next generation detector is expected to feature an active volume from 5 to 10 times larger.

Researchers have big ideas for the potential of quantum technology which all depend on a major technological feat: being able to build and control systems of quantum particles, which are among the smallest objects in the universe.
That goal is now a step closer with the publication of a new method by University of Chicago scientists. Published April 28 in Nature, the paper shows how to bring multiple molecules at once into a single quantum state.

Scientists planning future particle accelerators and synchrotron light sources strive for tighter, more powerful electron beams. But as beams get narrower, it becomes harder to measure important properties. Now, Ihar Lobach of the University of Chicago and colleagues have demonstrated a new way to measure a beam’s vertical emittance more precisely than existing methods.

See also from Fermilab