News: Research

By stacking ultra-thin layers of crystal on top of each other, rotated slightly, researchers led by Jiwoong Park, professor of chemistry and molecular engineering, created a material that is extremely good at both containing heat and moving it—an unusual ability at the microscale.
 

As rising sea levels threaten coastal areas, scientists like Reika Yokochi in the Department of the Geophysical Sciences are using an emerging nuclear dating technique to track the ins and outs of water flow.
 

A new project funded through a $3.25 million grant from DoE to UChicago and Argonne National Lab will allow researchers to apply artificial intelligence to accelerate the scientific simulation of complex physical systems, especially those relating to climate change.

The University of Chicago and the Chicago Quantum Exchange are among the partnering institutions awarded $5 million from the NSF’s Convergence Accelerator. QuSTEAM: Convergence Undergraduate Education in Quantum Science, Technology, Engineering, Arts and Mathematics will be a multidisciplinary, multi-institutional program led by Ohio State intended to revolutionize and create more equitable pathways to quantum science education.

UChicago is a partner a collaboration of researchers led by Cornell University that has been awarded $22.5 million from the National Science Foundation to continue gaining the fundamental understanding needed to transform the brightness of electron beams available to science, medicine and industry.

The Big Brains podcast speaks with Paul Alivisatos, the new UChicago president and nanomaterials pioneer. He discusses his field-defining research and how universities can support scientific discovery.

Scientists are exploring combinatorial rules for new models of the molecular wiring of cells. Assistant Professor Arvind Murugan, Department of Physics, contributed to modeling work that showed how promiscuous systems of molecular interactions could offer advantages over one-to-one sets of interactions.

Mathematicians have expanded category theory into infinite dimensions, revealing new connections among mathematical concepts. Among them is Prof. Amie Wilkinson, whose commentary on symmetry and "moves" in category theory is helping to shape modern mathematics.

Prof. William Irvine, of the Department of Physics, James Franke Institute, and Enrico Fermi Institute, and collaborators at New York University have created a way to make tiny mechanical capsules that can pick up, carry, and release cargo on cue. The results, published Sept. 8 in Nature, could potentially have applications in medicine, pollution cleanup, or robotics.

Dam Thanh Son, the University Professor of Physics at the University of Chicago, laid out the argument that aloof neutrons may actually ‘talk’ to one another briefly in new kind of symmetry in a study published in Proceedings of the National Academy of Sciences, which he co-authored with Hans-Werner Hammer of the Technical University of Darmstadt in Germany. Their findings propose a new realm of ‘unnuclear physics.'

Aaron Elmore, assistant professor at UChicago Computer Science, develops database models that use intermittent query processing (IQP). The approach grafts machine learning prediction to database processing, providing more efficient computation to systems working with bursty data or intermittent monitoring. As a new recipient of the CAREER award, the National Science Foundation's most prestigious award in support of early-career faculty, Elmore will continue designing these innovative systems for data-driven applications.

This month PSD researchers have been featured for their efforts to bring software that makes quantum computing faster to the market, to speed up development of materials that can harness energy from sunlight, and to pioneer US quantum research and design a new internet protocol that manages different types of quantum information encoding.

Prof. Bozhi Tian’s group has a newly patented method for fabrication of carbon-based bioelectronic devices and interfaces that could shape therapeutics of the future. The discovery demonstrates electrical biosensing that is more flexible, efficient, and stable.

As part of a nationwide initiative to boost research in quantum science, the National Science Foundation will establish a $25 million institute in Chicago to investigate quantum sensing for biology and train the quantum workforce. Headquartered at the University of Chicago and in partnership with Chicago State University, the University of Illinois at Chicago and Harvard University, the institute will be funded for five years.

UChicago chemists specializing in mathematical physics, materials chemistry, and physical chemistry are part of a team of scientists who have received $3 million in funding to support three years of quantum information science research. Working with Harvard University and Purdue University, the collaboration will try to build the foundations for using quantum computers to model molecules at the atomic level—yielding not only insights that could lead the way to new chemical discoveries, but potentially laying the groundwork for quantum computing as a whole.