Electrical and computer engineers at UC Davis have theoretically demonstrated a thermophotovoltaic system, a renewable energy method whereby heat is turned into electricity, that can achieve a power conversion efficiency rate of 50%, more than double that of commercially available solar cells.
Magnetism is essential for computing technologies like magnetic hard drives, memory and spintronics. With two recent research breakthroughs, Associate Professor Roopali Kukreja shines the light on how magnets provide a pathway to next-gen computing.
Dean Richard L. Corsi sits down with Chancellor Gary S. May to reflect on the imagination, principles and lifelong curiosity required to build what’s possible — and to ensure all next-level solutions of tomorrow serve the planet and the public good.
From youth-extending medical interventions to 3D printers that bypass physical barriers with sound, assistant professors at the University of California, Davis, are daring to build the world of tomorrow with visionary research programs.
By pushing the boundaries of research and bridging the gap between theory and practice, engineers at the University of California, Davis, are working to usher in the unfathomable, paradigm-shifting potential of a fully realized quantum era.
AI is fueling a data center boom, raising questions about the current and future effects of data centers on people and the planet. Two UC Davis researchers address some of the most pressing questions about data centers, energy and potential solutions, from smarter server memory to water-saving cooling systems.
The U.S. Department of Energy’s Advanced Research Projects Agency-Energy (ARPA‑E) awarded UC Davis researchers a $3 million grant to develop a bio‑based process that selectively captures rare earth elements from acidic mine‑influenced and industrial wastewater streams. The project is led by Yi Wang, an assistant professor in the Department of Biological and Agricultural Engineering.
Engineers at the University of California, Davis, have invented a device that can generate mechanical power at night by linking the natural warmth around us to the cold depths of space. The invention could be used, for example, to ventilate greenhouses or other buildings.
The Faculty Fellows Program has selected Assistant Professor Surl-Hee (Shirley) Ahn and Associate Professor Jiandi Wan, who will collaborate with investigators at Lawrence Livermore National Laboratory on research and workforce development in the fields of energy resilience and battery technology.
Presented at the American Chemical Society’s Fall 2025 meeting, jelly ice is a reusable, compostable cooling material made from gelatin that stays solid without meltwater. Developed by UC Davis engineers, it offers sustainable potential for food, medicine and biotech applications.
