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Engineering

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

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The chemical element nickel denoted the number 28 from the periodic table
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iStock / Olena Yefremkina

Adding nickel atoms to improve a silver catalyst
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New microCT machine unites biologists and materials scientists
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
Concept illustration of the electro-optic response in AlScN
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Haochen Wang, ChuanNan Li, Van de Walle group
Concept illustration of the electro-optic response in AlScN

Boosting electro-optic performance in III-V semiconductors
3D rendering of a polymer chain
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iStock
A 3D rendering of a polymer chain

Advancing polymer chemistry through collaboration and innovation
Electrical and computer engineering professor in his lab
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Matt Perko
Daniel Blumenthal

Cold atoms on a chip
Black man hands blue card to white man on stage
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Courtesy
Willie E. May, left, president of the American Association for the Advancement of Science, inducts chemical engineering professor M. Scott Shell, right, as a Fellow.

Career distinction awarded for pioneering advances in multiscale modeling
concept illustration of robot collective acting like a tool
Photo Credit
Brian Long/UCSB
Disk-shaped robots can act collectively to accomplish tasks such as lifting and manipulating objects, or supporting weight

How to get a robot collective to act like a smart material

Researchers solve a fluid mechanics mystery
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
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