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concept illustration of an active nematic fluid

Controlling the chaos of active fluids

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James Hartle at the Sante Fe Institute in 2011.
Photo Credit
Copyright: Babak Dowlatshahi
Jim Hartle provided a grounding, yet inspiring presence to his friends and colleagues.

Physicists gather to remember the father of quantum cosmology
lab equipment
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McLean Echlin
The prototype of UCSB's TriBeam microscope, developed by the Tresa Pollock Lab before it was commercialized by Thermo Fisher Scientific

Scientific research soars with NSF’s Major Research Instrumentation program
Side view of a researcher in a lab, wearing goggles and a white coat, looking down
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Elena Zhukova

Making the world healthier, more sustainable and more secure through research
A diverse collection of college-aged people sitting in the sun on a building deck, reading
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Matt Perko

Unveiling our most visited stories of 2023
group shot of scientists
Photo Credit
Kelsey Leonard
Scientists from a broad range of disciplines converged on the UCSB campus for the Institute of Complex and Adaptive Matter's annual Week of Science

Scientists converge to discuss the latest research in complex adaptive matter
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Nine early-career faculty members receive 2023-24 Hellman Fellowships
facade of building

The Materials Research Laboratory receives a six-year, $18 million grant from NSF
concept of laser-based quantum optical system

Experimental physicist David Weld to investigate the role of feedback and measurement in quantum systems
concept of a quantum magnetometer
Photo Credit
Brian Long
A quantum magnetometer on a chip

UC Santa Barbara quantum scientists to conduct NSF-funded research to pursue quantum-scale sensor technologies
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US Physics Team trains at UC Santa Barbara
This artist’s impression shows two tiny but very dense neutron stars at the point at which they merge and explode as a kilonova.
Photo Credit
University of Warwick/Mark Garlick
Multi-messenger astronomy enabled scientists to observe merging neutron stars for the first time in 2017 (artist’s impression).

UC Santa Barbara and Las Cumbres Observatory partner to lead the future of multi-messenger astronomy
NASA simulation of binary black hole system
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NASA's Goddard Space Flight Center/Scott Noble; simulation data, d'Ascoli et al. 2018
The gravitational waves emitted by the merger of black holes, when lensed by massive objects as the waves travel toward Earth can be used to calculate the rate at which the universe is expanding

Astrophysicists propose a new way of measuring cosmic expansion: lensed gravitational waves
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