Galan Moody received a prestigious NSF Early CAREER award to pursue quantum photonics research.
College of Engineering News
Conceptual illustration of AlGaAs-on-insulator integrated quantum photonics devices that would enable chip-scale quantum computing with light (Graphic credit: Lillian McKinney).
Apr 13, 2021
Cells resemble foam in the earliest stage of development.
Apr 12, 2021
UCSB researchers uncover how cells control the physical state of embryonic tissues.
Examples of object hallucination. Captions generated by an AI model with low uncertainty values on left, and higher uncertainty values on the right. Photo credit: Yu Junxiao and William Wang
Apr 05, 2021
William Wang is recognized by NSF and the IEEE for his work to advance the field of natural language processing.
Apr 01, 2021
Researchers urge a closer examination of sunlight’s ability to inactivate the SARS-CoV-2 virus.
Yu-Xiang Wang, assistant professor of Computer Science
Mar 16, 2021
Yu-Xiang Wang receives a prestigious Early CAREER Award from National Science Foundation to advance differential privacy applications.
Xi Dai, professor of materials
Mar 08, 2021
Professor Dai's research on quantum materials will lead to breakthroughs in the design of next-generation devices.
Henley Hall, home to the Institute for Energy Efficiency
Feb 03, 2021
The grant will accelerate IEE's pioneering research into improving the energy efficiency of data centers and AI.
Michelle O'Malley
Feb 01, 2021
From biofuels and other commodity chemicals to methane production, a new genomic study peers into the mysteries of a goat’s gut.
Robots at work in a warehouse. The question is how to balance the increase in productivity they can provide with the loss of jobs for workers they can cause
Jan 28, 2021
A bold proposal at UC Santa Barbara to decipher the secrets behind successfully integrating automation into industry.
Concept illustration depicting an integrated photonic quantum processor: Laser light coupled into the channels interacts with the rings (foreground) to create pairs of entangled photons (red). The entangled photons split and travel throughout the photonic circuit (background), which controls effective interactions between them, enabling optical quantum computations. Illustration by Lillian McKinney
Jan 27, 2021
Galan Moody receives a new grant to develop a testbed for photonic-based quantum computing
From left: the unlinked polymer ink, infrared light being applied to activate the crosslinks, and the final product — a super-soft, super-elastic crosslinked elastomer. Illustration by Isabelle Chabinyc
Jan 19, 2021
The labs of Michael Chabinyc and Christopher Bates develop a material that yields soft, elastic objects that feel like human tissue.
Caption for image: Artist's concept illustration depicting a water purification membrane with computationally-designed, molecular-scale patterning of surface functional groups, which collectively function to reject a variety of molecular contaminants and foulants. Artwork by Brian Long.
Jan 10, 2021
Simulations provide molecular design rules for next-generation membrane systems to purify highly contaminated waters more efficiently.
- 1 of 13
- next ›