RIT’s computational mathematics major emphasizes problem-solving using mathematical models to identify solutions in business, science, engineering, and more. Learn by Doing: Gain experience through an ...

In a new article, mathematicians describe how modern computer technology has vastly expanded our ability to discover new mathematical results. By computing mathematical expressions to very high ...

Curiosity-driven research has long sparked technological transformations. A century ago, curiosity about atoms led to quantum mechanics, and eventually the transistor at the heart of modern computing.

Many disciplines in the natural sciences, engineering and economics seek accurate and reliable approximations to mathematical problems where exact solutions are not known to exist. Giants such as Ford ...

Empowering problem-solvers with cutting-edge skills in computing and applied mathematics, paving a distinctive pathway to excel in data science. Computing and mathematics sit at the core of today’s ...

Currently no commercially viable quantum computer exists. While a usable, functional quantum computer may exist in a few months, years, or even a few millenia (or a superposition of these states) we ...

IBM’s supercomputer Watson performed quite a stunt on Jeopardy last week. A match between the two all-time human champs and some 200,000 watts of computing power took the man-machine challenge to a ...

Informally, a dynamic system is any physical system that evolves with time (e.g., a pendulum, a planet orbiting the sun, the weather, etc). From a more mathematically precise perspective, one can ...

Learn by Doing: Gain experience through an experiential learning component of the program approved by the School of Mathematics and Statistics. Real World Experience: With RIT’s cooperative education ...