Natalie Paquette, Member in the School of Natural Sciences, is a mathematical physicist whose research interests span string theory and quantum field theory. Most recently, she has been exploring...
Arnold J. Levine is Professor Emeritus at the Institute for Advanced Study and leads the Institute’s Simons Center for Systems Biology in the School of Natural Sciences. An acclaimed leader in cancer research, he
Lia Medeiros, a Member and astrophysics postdoctoral fellow in the School of Natural Sciences, is interested in using astronomical objects and phenomena to test fundamental theories of physics. She is a winner...
In the summer of 1968, a young, newly minted assistant professor moved from a postdoctoral position at Caltech to Princeton University. Schooled and trained over the previous seven years in the reductionist approaches of Watson and Cricks’...
By the twentieth century, mathematics had advanced into rather abstract realms, transcending its origins, which had been largely driven by questions closer to the natural world. Physics on the other hand, especially after the development of...
In 1989, Joanne Cohn, a physicist then at the Institute for Advanced Study, began distributing TeX files of string theory papers via email. By August of 1991, the email list had grown to 180 physicists—an...
During his career, Arnold J. Levine, Professor Emeritus in the School of Natural Sciences, has worked across the biological sciences, from virology and immunology to molecular biology and genetics, and mentored...
The 2019 Prospects in Theoretical Physics program, "Great Problems in Biology for Physicists," took place July 15–26, 2019, covering topics ranging from virology, cancer, and immunology to machine learning and...
On May 3, 2019, Scott Tremaine, Richard Black Professor in the IAS School of Natural Sciences, gave a lecture on the evidence for a supermassive black hole at the core of the Milky Way galaxy, denoted Sagittarius A*. The talk focuses on what we...
"Multi-faceted gems, each with crystalline symmetry that gives them an unexpected mathematical beauty”—that is how the physicist Lance Dixon describes the mathematical objects used to predict what happens when nature’s fundamental particles...
