“Mathematics is the language in which the laws of physics are written. NYU's Courant Institute made it the language in which software is written too.”
The Institution
New York University's Courant Institute of Mathematical Sciences — named for Richard Courant, the German-American mathematician who fled Nazi Germany in 1933 — was founded as the Graduate School of Mathematics in 1935. It became one of the world's leading centers for applied mathematics, with particular strengths in partial differential equations, numerical analysis, and computational science.
The Courant Institute's location matters: New York City provided proximity to Wall Street, the UN, the legal system, and the sciences. This cross-disciplinary gravity shaped the Institute's applied orientation — mathematical work that connected to real-world problems in fluid dynamics, weather prediction, financial mathematics, and computer science.
Computing Contributions
The Institute was an early center for scientific computing, working with some of the first computers to solve previously intractable mathematical problems. Its numerical methods research — finite difference methods, finite element analysis — became the computational backbone of simulations in engineering, physics, and finance.
NYU's CS department has been a consistent contributor to programming language theory, formal verification, and security research. The department's urban identity — diverse, interdisciplinary, connected to industry — distinguished it from the campus-isolated research cultures of MIT and Stanford.
The City as Context
NYU is the museum's exhibit on context as curriculum: the institution that trains researchers in New York City produces researchers who have been exposed to finance, law, medicine, art, and government as neighboring domains. The problems Courant researchers were asked to solve reflected the problems New York's institutions faced. Applied mathematics in service of applied problems. The city was the laboratory.
The Courant Institute exists because Richard Courant fled Germany in 1933. The mathematics he brought with him became the numerical computing that runs inside every simulation, every financial model, every climate projection. The museum notes the origin.