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Electrical and Computer Engineering

computer rendering of chip-scale integrated lasers
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Courtesy Image

Researchers demonstrate integrated stabilized laser chips performing clock and quantum operations on a room temperature trapped ion qubit

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a group photo of the Gaucho Racing team
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Courtesy Image
Members of Gaucho Racing pose with their electric F1 vehicle at Michigan International Speedway

On the road to success: Gaucho Racing competes at the Michigan International Speedway
engineering building courtyard and former dean Robert Mehrabian
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Matt Perko/ Courtesy image
The courtyard of the Engineering II building complex at UCSB and the former UCSB dean who spearheaded the building project

UCSB's College of Engineering named for former dean, Robert Mehrabian
concept illustration of engtangled photons

Quantum entangled photons on demand
machine learning brain symbol on circuit board, 3D rendering
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iStock / Karneg

Inspired by early biomimetic approaches, Kerem Çamsarı’s work evokes features of neural connectivity
artist rendering of #D semiconductor architectures using 2D materials
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Brian Long/UCSB

Next-gen 3D transistors transform energy-efficient electronics
headshot of Pico Gilman
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Courtesy
Second-year Pico Gilman ’27 placed sixth in the Putnam Math Competition, leading UCSB to its best-ever finish.

UCSB ranks fifth in prestigious Putnam Math Competition
Electrical and computer engineering professor in his lab
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Matt Perko
Daniel Blumenthal

Cold atoms on a chip
Bright colors and different shapes meant to illustrate a photonic array
Photo Credit
Brian Long
Artist's concept illustration of a photonic memory array

A new optical memory platform for super fast calculations
Portrait of Tinish Bhattacharya
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Courtesy UCSB Engineering
Tinish Bhattacharya in his UC Santa Barbara lab.

Innovative hardware for rapidly solving optimization problems
scientist holds a chip-scale ring resonator and a commercially available Fabry-Perot laser diode
Photo Credit
Sonia Fernandez
Andrei Isichenko holds the ultra-high-quality ring resonator (left), which can help turn the "coarse" light from a commercially available Fabry-Perot laser diode (right) into a low linewidth laser

Bringing the power of tabletop precision lasers for quantum science to the chip scale
battery with blue lighting bolt
Photo Credit
Aqueous Battery Consortium

A new aqueous battery research collaboration to advance clean energy
concept illustration for computer chip architecture

Kaustav Banerjee named a JSAP Fellow International
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