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Quantum Science

We’re transforming our understanding of space and time, unveiling new connections and revolutionizing the future of computing. 

concept illustration of the energy landscape of 2D materials

The first-time direct observation of exotic charge-neutral quasiparticles in twisted tungsten diselenide

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Lily Collins presents David Gross with his Breakthrough Award
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Lester Cohen/Getty Images Getty Images for Breakthrough Prize
Lily Collins and David J. Gross, 2026 Special Breakthrough Prize in Fundamental Physics winner speak onstage during the 12th Breakthrough Prize Ceremony at Barker Hangar on April 18, 2026 in Santa Monica, California.

UCSB’s David Gross wins Special Breakthrough Prize in Fundamental Physics
Circuit board for an electronic device lit in blue and red hues
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Umberto / Unsplash

New model explains how single electrons cause damage inside silicon chips
A man in a lab coat and mask works in a laboratory lit by blue light
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Matt Perko
A researcher works in the lab of Ania Bleszynski Jayich

Using mechanical inputs to enhance quantum states in sensors
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
close up of photonics chip
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Jeff Liang

California prepares to accelerate quantum research and industry
researchers at an optical table
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Matt Perko

UCSB’s Eddleman Quantum Institute announces new round of funding to accelerate quantum research
Two padlocks appear floating in space linked by a colorful infinity symbol
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Brian Long
A new project aims to understand theoretical aspects of quantum cryptography that could be used to protect computing in the future.

Could quantum computers protect privacy and security?
Quantum computing concept illustration with a burst of blue light and string of 0s and 1s
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iStock / metamorworks

A robust new telecom qubit in silicon
scientist at work
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Matt Perko
A researcher in the lab of Stephen Wilson, whose group studies how magnetic interactions can produce unusual states of matter relevant to quantum research.

Using magnetic frustration to probe new quantum possibilities
composite image of pictures of Nobel prize-winning physicists
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Matt Perko, with material from © Nobel Prize Outreach. Photo: Clément Morin

UCSB physicists accept Nobel Prizes in Sweden
neural network topology in bright green and yellow
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iStock

New UCSB research shows p-computers can solve spin-glass problems faster than quantum systems
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UCSB joins NSF's National Quantum Virtual Laboratory
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