With a commitment to free and open inquiry, our scholars take an interdisciplinary approach to research that spans arts to engineering, medicine to education. Their work transforms the way we understand the world, advancing fields of study, and often creating new ones. Generating new knowledge for the benefit of present and future generations, UChicago research has had an impact around the globe, leading to such breakthroughs as discovering the link between cancer and genetics, establishing revolutionary theories of economics, and developing tools to produce reliably excellent urban schooling.
—New research shows that healthy infants have intestinal bacteria that prevent the development of food allergies, findings that could impact the treatment of a disease that now affects 15 million Americans.
—Two years ago, physicists at the University of Chicago were greeted with fireworks—atoms shooting out in jets—when they discovered a new form of quantum behavior. But the patterns underlying the bright jets were difficult to pick out from the noise.
—Prof. Sendhil Mullainathan explains how ‘self-driving mind’ stifles creativity and innovation
—Researchers at the Institute for Molecular Engineering at the University of Chicago have developed an innovative new system for delivering a malaria vaccine that shows promise in its effectiveness. By developing a vaccine that targets specific cells in the immune system, they have seen a much greater immune and antibody response to the vaccine.
— With the advent of open-access quantum computers, scientists at the University of Chicago saw an opportunity to do a very unusual experiment to test some of these quantum principles. Their study, which appeared Jan. 31 in Nature Communications Physics, taps into a quantum computer to discover fundamental truths about the quantum behavior of electrons in molecules.