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Michael McElroy and colleagues found that a temporary traffic ban in Beijing, China temporarily, and unexpectedly reduced levels of a harmful smog component

Kopin Corporation founder and CEO John C.C. Fan, Ph.D. ’72, shares futuristic insights during Dean’s Industry Lecture Series

Graduate students Alex Donohue, Applied Physics, and Megan McClean, Applied Math, are the recipients of the Spring 2006 Engineering and Applied Sciences Teaching Fellow awards

Resulting smoke and other particles from more fires could diminish air quality

Radhika Nagpal and colleagues walk the line between computer science and biology with ease, as their latest Nature paper, "The emergence of geometric order in proliferating metazoan epithelia" showcases

Chimdimnma (Chi-Chi) Esimai '08, an Engineering Sciences concentrator, and Assistant Professor Kit Parker are two of the many scientists and engineers who spent their summer months immersed in research (Harvard Magazine)

Computer Science graduate student Emanuele Viola has won a (SIAM) Student Paper Prize for "Pseudorandom Bits for Constant Depth Circuits with Few Arbitrary Symmetric Gates"

For his capstone project, Koech fabricated soft magnetic materials that enable the production of soft electromagnetic actuators

For his capstone project, Huang developed a wristband that enables the use of gestures to teleoperate mobile robots

A facile biomaterial approach that educates the immune system with tumor-specific peptides could help eradicate tumors more effectively while preventing them from recurring

Artist Jonathon Nix created the "Mahadevan Series", a group of paintings inspired by Professor L. Mahadevan's elegant research on the science of everyday life

Searching for signs of life on a moon of Jupiter

Peter Boyce II, A.B. ’13 (applied math), is a partner at General Catalyst

Students’ synthetic biology project claims gold at international competition

Alumna who integrates electronics with human tissue to monitor health is among Technology Review's 35 top innovators

A new method for encapsulating single cells within tunable microgels could boost efficacy of cell-based therapies and tissue engineering