Ghani, visiting professor of EECS, is a senior Intel fellow and director of semiconductor research at Intel Corp. Dubbed “Mr. Transistor,” he has played a central role in the transformation of transistor technology across three decades. His career has resulted in over 900 patents.

Arias, professor of EECS, centers her research on printed and flexible electronics, using these materials to fabricate bendable devices and sensors for health applications. She has developed skin-like sensors, wearable monitors, and devices that make MRI procedures easier and safer for children.

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Jarvis would go on to use his programming bona fides to create 1980’s Defender, which innovated how video games on a whole were structured. He’s also responsible for other cabinet classics such as the Cruis’n series and Robotron: 2084, among many other games!

The surgical technique is called “irreversible electroporation” (IRE), which destroys cell walls without harming nearby tissue vessels.

"I truly think that this will be viewed as one of the most important advances in the treatment of tumors in years,” Rubinsky told Berkeley News back in 2007.

Their findings revealed life-threatening disruptions that could potentially be mitigated through a combination of more resilient healthcare and transportation infrastructure.

As reported in Nature Communications, researchers led by Luis Ceferino, assistant professor of civil and environmental engineering, simulated a major earthquake in the San Francisco Bay Area, then studied its impact on access to acute care hospitals.