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SEAS researchers have developed a new material that can dimple like a golf ball and alter its aerodynamic properties on demand. The research has the potential to transform not only high-speed sports but also industries such as aerospace, maritime, and civil engineering.

10 new technologies tackling urgent challenges from autoimmune disease to cancer win funding from Blavatnik Biomedical Accelerator.

Harvard SEAS researchers have created a device that can bridge digital electronic signals and analog light signals in one fluid step, offering a potential replacement for energy-intensive systems used in today’s high-speed data networks. The researchers’ device was fabricated using a lithium niobate foundry process developed by HyperLight Corporation, a startup that is advancing innovations from Prof. Marko Loncar’s lab.

Axoft, a startup launched with technology developed in Harvard labs, is transforming care for traumatic brain injuries with its soft, biocompatible neural probe that can quickly measure recovery and consciousness within a few minutes.