Electrical and Computer Engineering Content

��ϲ��Ͽ� Davis Joins New $285 Million CHIPS Semiconductor Research Institute

Andy Fell — December 09, 2024 - 4:40pm

The University of California, Davis will be part of a new, $285 million nationwide institute dedicated to advancing research and manufacturing of American semiconductors.

The new institute, known as SMART USA (Semiconductor Manufacturing and Advanced Research with Twins USA) will develop, validate and use digital twins to improve domestic semiconductor design, manufacturing, advanced packaging, assembly and test processes.

Overcoming the Casimir Force, a Fundamental Limitation in Quantum Tech

Andy Fell — November 21, 2024 - 10:09am

Professor of Electrical and Computer Engineering Jeremy Munday and his lab have demonstrated a method for controlling the Casimir force, a quantum mechanical effect that draws small objects toward each other. The force can be so strong as to tear components inside a device apart.

New Microscope Offers Faster, High-Resolution Brain Imaging

Andy Fell — August 15, 2024 - 3:33pm

Researchers at ��ϲ��Ͽ� Davis have developed a new microscope to capture high-speed images of brain cell activity with less harm to brain tissue. The new approach could be used in research with mice to provide a clearer view of how neurons communicate in real time, leading to new insights into brain function and neurological diseases.

Can Autonomous Vehicles Dream of Electric Traffic?

Andy Fell — August 08, 2024 - 2:10pm

An engineering professor at the University of California, Davis, is striving to make autonomous vehicles, or AVs, safer by changing how researchers train them.

According to Professor Junshan Zhang of the ��ϲ��Ͽ� Davis Department of Electrical and Computer Engineering, AVs struggle when confronted with unforeseen events, such as a car driving on the wrong side of the road.

‘Impossible’ Millimeter Wave Sensor Has Wide Potential

Andy Fell — October 02, 2023 - 9:40am

A millimeter wave radar sensor developed at ��ϲ��Ͽ� Davis can detect vibrations a thousand times smaller and movement a hundred times smaller than a strand of human hair.

Silicon Sponge Could Lead to New Photodetectors

Andy Fell — July 28, 2023 - 3:36pm

Photonics, which operate based on particles of light (photons), are increasingly important for applications such as optical communications, connections between electronic and optical networks, and imaging. But silicon, the go-to semiconductor for making electronic chips, is not a great material for photonic applications because it shows poor absorption of near-infrared light compared to other semiconductors such as gallium arsenide. On the other hand, gallium arsenide is difficult to integrate with silicon microelectronics.

Lensless Camera Creates 3D Images From Single Exposure

Andy Fell — September 12, 2022 - 3:34pm

��ϲ��Ͽ� Davis engineers develop a 3D camera using a thin microlens array instead of conventional lenses.

��ϲ��Ͽ� Davis Wins 2 Awards From the W.M. Keck Foundation

Andy Fell — March 07, 2022 - 9:00am

For the first time in university history, the W.M. Keck Foundation has awarded two research teams at the University of California, Davis, with $1 million each in the same award cycle.

Color Centers for Quantum Networking Devices

Andy Fell — November 18, 2021 - 12:08pm

Quantum computing technology is moving closer to wide application as a result of research published Nov. 18 in Nature Materials. An international collaboration, including Marina Radulaski, assistant professor in the ��ϲ��Ͽ� Davis Department of Electrical and Computer Engineering, showed how tiny defects in silicon carbide called color centers could be used to construct quantum networking devices that can translate signals between photons and electronic spin.

Grants for Integrated Photonics, Quantum Wrapper Networking

Andy Fell — November 05, 2021 - 11:52am

��ϲ��Ͽ� Davis electrical and computer engineering (ECE) distinguished professor Ben Yoo recently won three grants related to his research into integrated photonics and a fourth related to quantum wrapper networking, which should bring us closer to a quantum Internet.