News: Research

UChicago and CQE announced Duality, a program to leverage the region’s quantum ecosystem, including the University of Illinois Urbana-Champaign, Argonne National Laboratory, and P33, that will help startups bring their innovations to the marketplace.

David Archer, professor in the Department of the Geophysical Sciences at the University of Chicago, became a passionate advocate for educating students and the public alike about the oceans, the climate, and the significance of global warming. At least five thousand students have taken his course on climate change over the years, and more than 40,000 more have taken his free online course. 

Prof. Fred Ciesla of the Department of the Geophysical Sciences and colleagues at Caltech, the University of Michigan and the University of Minnesota laid out a history of carbon in the formation of the solar system. By examining carbon, they found most of Earth likely formed during the solar system’s first million years—much earlier and more precise than the previous estimate of sometime within the first 150 million years.

Postdoctoral fellow Darryl Seligman and student, Megan Mansfield, of the Department of the Geophysical Sciences, published an April Fools paper on arXiv that uses a Python algoritm to detect "emotional trends in the repertoire of Taylor Swift" and are receiving national attention, including mentions in Business Insider and The New York Post.

This month, PSD community members have been featured for their work to confirm the third-nearest star with a planet, prove that bacteria know how to exploit quantum mechanics, and recreate how magnetic fields grow in clusters of galaxies. In case you missed it, review our news headlines from March 2021.

Midway3 takes off, fueling computational discovery of all stripes at UChicago. The new campus high-performance computing cluster, optimized for deep learning, goes into production this month—providing both power and the latest approaches for enabling discovery and innovation.

Why Oumuamua, the interstellar visitor, looks eerily familiar. Deptartment of Geophysical Sciences postdoctoral fellow, Darryl Seligman, comments for the New York Times.

Fermilab user and University of Chicago physics student Ihar Lobach explains how his team used Fermilab’s IOTA electron storage ring to glean insights that can be difficult to obtain on an electron beam and how this proof of principle could benefit the Advanced Photon Source Upgrade at Argonne National Laboratory.

Jennifer Bergner, the NASA Hubbell-Sagan Postdoctoral Fellow in the Department of the Geophysical Sciences, has been awarded the LAD 2021 Dissertation Prize for the dissertation, “Tracing Organic Complexity During Star and Planet Formation,” which she wrote under Professor Karin Öberg at Harvard University. Bergner is being cited “for the discovery of new, cold pathways to complex molecule formation and for creative, interdisciplinary explorations of the origins of organic molecules during planet formation.” She will give an invited lecture at a meeting of the Laboratory Astrophysics Division.

New studies by researchers at Argonne National Laboratory and UChicago Professor of Chemistry LuPing Yu shed light on organic frameworks for advanced solar cells and detectors.

Assistant Professor of the Geophysical Sciences Edwin Kite has co-authored a paper finding there might be many planets with water-rich atmospheres. His study finds way that hot, rocky planets in other systems could form and keep atmospheres.

An international collaboration co-led by UChicago managed to recreate—for the first time in the laboratory—the growth of magnetic fields at extreme conditions similar to those in the hot plasma that fills clusters of galaxies. Using powerful lasers, the pioneering experiments capture how physical process called turbulent dynamo grows these fields.

Professor of Chemistry Yamuna Krishnan founded start up Esya Labs with funding from UChicago Polsky. The pioneering effort develops tools for the early, precise, and cost-effective detection of neurodegenerative diseases to support drug discovery and personalized medicine efforts.

This article from UChicago News explains the solar wind, or the complex swirls and eddies of particles that travel about a million miles per hour as they pass Earth. Famous UChicago astrophysicist Eugene Parker first hypothesized solar wind and now current research by Profs. Olinto and Rosner carry this work forward.

Bacteria know how to exploit quantum mechanics, UChicago study authored by Professor Greg Engel finds. Photosynthetic bacteria adapt to environment by using quantum mechanics to steer energy.