Ideas

Explore firsthand accounts of research and questions posed by IAS scientists and scholars. From art history to string theory, from moral anthropology to the long-term fate of the universe, contributions span the last decade to the research of today.

Ukrainian mathematician Svitlana Mayboroda was initially undecided on her career path. She had every intention of going into business until an opportunity presented itself to attend a mathematics graduate program in the United States.

Historian Jérémie Foa offers a very unique view of the 1572 massacres in his work entitled Tous ceux qui tombent: visages du massacre de la Saint–Barthélemy [All that fall: faces of the St. Bartholomew's day massacre]. He exhumes the “small lives” that were taken by reconstituting history in minute detail and honoring the names of the anonymous victims.

The Institute for Advanced Study distributed $21,742.50 in stipends for mathematics and $10,000 for theoretical physics during the academic year 1935–36. Three hundred dollars, sufficient to secure entry to the United States, was awarded to the Polish mathematician Stanislaw Ulam (1909–84), who had written to John von Neumann about a problem in measure theory in 1934.

The new Rubenstein Commons building at the Institute for Advanced Study, designed by Steven Holl Architects, stands in stark contrast to the explicitly functionalist forms of other modern buildings on campus: the Member housing, designed by Marcel Breuer, or even the welcoming but austere (what’s known as “brutalist”) spaces of the dining hall, designed by Robert Geddes.

Can AI Teach Science?

Motivated by the growing interest in using artificial intelligence for teaching purposes, IAS scholars from the Schools of Mathematics and Natural Sciences have conducted an innovative study to assess the correctness and helpfulness of large language models in STEM education. Their research yielded surprising results, including highlighting the importance of training models on conversations rather than textbooks.

Organization, Communication, and Decision

In the cognitive revolution, psychologists, recognizing that developments in information processing had potential for studying the human mind, sought for the first time to apply new ideas in early artificial intelligence, computer science, and neuroscience to psychology. The Institute, as the home of one of the first modern computers, was uniquely poised to serve as a hub for this nascent field of study.