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.

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.

Jinyoung Park is a first-generation college graduate, and after seven years as a secondary school teacher in South Korea, she went on to earn a mathematics Ph.D. from Rutgers University. Jinyoung’s story demonstrates the importance of role models at all levels of one’s education and the fact that it is never too late to begin anew.

John Urschel, Member in the School of Mathematics, is an applied mathematician/theoretical computer scientist as well as a former professional football player, who spent three seasons with the Baltimore Ravens. Urschel retired from the NFL in 2017...

Sergey Cherkis, a Member in the School of Mathematics (2020–21), is currently trying to understand instantons. Unlike particles in classical mechanics, quantum particles can tunnel through barriers by traveling in imaginary time. By combining his knowledge of mathematics and physics, Sergey is working to understand this peculiar behavior. Learn more about Sergey’s path, which begins with an early interest in mathematics and physics, and hear how mathematics itself became a tool for overcoming challenges on his academic journey.

Terrence Blackman, Visitor in the School of Mathematics (2020–21), is a number theorist, who considers the question: “can one hear the shape of a drum?” Using the tools of spectral geometry, Terrence considers such questions as part of his research, which traces its roots back to Queen’s College in Guyana. Learn more about Terrence’s path, from his early interest in writing to a realization of the aesthetic and cultural significance of mathematics.

Ask yourself this question: Can one hear the shape of a drum?

In this episode of Scholar Spotlight, mathematician and number theorist Terrence Blackman discusses his quest to expand understanding in the realm of spectroscopy. Learn about the strides Terrence is making in both spectral geometry and in surfacing the important work of African American mathematicians through his upcoming book showcasing their contributions to the field.

In 2020–21, Allen Yuan, Visitor in the School of Mathematics and a recent graduate from MIT, is studying problems in homotopy theory and algebraic topology.


How do you describe your work to friends and family?

I like to give a simple-sounding...

Dreaming up the Good Life

While some people were baking sourdough bread during the pandemic, Kristen Ghodsee, Member (2006–07) in the School of Social Science, studied utopian communities. In this interview, she discusses the resulting book, Everyday Utopia: What 2,000 Years of Wild Experiments Can Teach Us About the Good Life, and her efforts to engage a non-academic audience through her writing and even TikTok!

Forging a Closed Loop

Based on her firsthand experience of shadowing workers on construction sites in Qatar, Natasha Iskander, Member (2022–23) in the School of Social Science, reveals how climate change and climate migration were exploited for profit at the 2022 World Cup. She highlights that climate change has a face, and that its consequences are made through specific economic and organizational practices.

Bridging the Two Culture Divide

Reflecting on preliminary results obtained from a seven-year HistoGenes project, Patrick J. Geary, Professor Emeritus in the School of Historical Studies, describes how advances in the field of paleogenom­ics are not only revolutionizing the study of paleolithic hominids but are also allowing scholars to answer questions about much more recent history, previously inaccessible using traditional historical and archae­ological sources.