News: Faculty

NYT Profiles in Science: He broke barriers as the first Black physicist in nearly every role. But his identity made him reach for dreams beyond his career as a scientist.

University of Chicago-led study considers biogeochemical cycles from a bird’s-eye view.

Physicists show how patterns can emerge from chaos in turbulent fluids.

Stars from the Large Magellanic Cloud reveal new hints about how the universe got its elements.

Trio of UChicago scientists, including Borja Sotomayor, senior instructional professor of computer science, will participate in the 77th annual event on March 24.

For an MIT Technology Review article, CS Prof. Heather Zheng discusses her recent research on the vulnerability of VR sets to "inception attacks."

In a Science News article, Astro Research Asst. Prof. Eric Oberla says, “It’s unclear if supplanting manufactured antennas with trees will solve more problems than it might create, and these detector-design challenges would need to be further addressed.”

For National Geographic, Chemistry Prof. Jack Szostak discusses the theory that the early bombardment of Earth by comets and meteorites may have increased the availability of amino acids on the planet.

For a New York Times article, Prof. Wendy Freeman and Emeritus Prof. Michael S. Turner comment on the National Science Board's recommendation that the United States should commit $1.6 billion to build an “extremely large telescope.” 

In an article for PYMNTS, Asst. Prof. Sarah Sebo says AI can help robots understand their surroundings better, recognize objects and people more accurately, communicate more naturally with humans, and improve their abilities over time through feedback.

Prof. Tiffany Shaw discusses faster jet streams for a WFLA (Tampa) video.

Prof. Bozhi Tian and Doctoral Candidate Pengju Li discuss newly designed pacemaker powered by light in a WGN video. 

The FabRobotics team from UChicago and MIT seamlessly incorporates mobile robots into the 3D printing process to improve automation and efficiency.

Andrew A. Chien’s research on sustainable cloud computing and his interdisciplinary course, Sustainable Computing, provides insight into an often overlooked problem.

For years, niobium was considered an underperformer when it came to superconducting qubits. Now scientists supported by Q-NEXT have found a way to engineer a high-performing niobium-based qubit and so take advantage of niobium’s superior qualities.