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Laying the foundation for Bumble’s product design

Applied mathematician rethinks how we differentiate organisms on the microbial scale

Research opens the door to predicting and designing structural color

Fueling a creative spark

Insights on centuries-old folk instrument is underpinned by a mathematical principle that may pave the way for high-quality resonators for sensing, electronics and more

New model sheds light on how nature generates diverse patterns

This summer, Juan Carlos Fernandez Del Castillo, A.B. ’19, an applied math concentrator, has been working on a research project that seeks to understand the development of cancer using a modeling approach.

Passion, skills, and aspirations converge in the MS/MBA program

Minimizing variability may help populations grow

Using big data to answer million-dollar questions

ComputeFest 2017 tackles the future of the computational economy

Controlling inflammation enables injured aged muscle recovery via non-invasive mechanical loading, offering promise for the future of mechanotherapies for elderly patients.

A love of gaming becomes a career in game design

Helping humans understand robots

This Mexican-born applied math concentrator wants to help fellow immigrants have a smoother path into STEM

An architect, artist, and engineer, this student has an eye for synergy

Quantum Noir fosters sense of community among individuals of color involved in quantum science and engineering

As a summer intern at the Office of Economic Policy in Washington, D.C., Dustin Swonder conducted research to identify whether prescription opiate use has depressed labor force participation among prime-age workers.