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Home > News

Materials science

Two sets of sensor data images. The top row depicts crops from above while the bottom shows leaves.

New AI sensor ‘sniffs’ out spectral targets

02/11/26 — Berkeley Lab: First-of-its-kind smart sensor performs AI tricks to identify targets while it captures spectral images
Photo of blue sky with white clouds.

Record-breaking ‘molecular sponge’ pulls carbon from air faster than ever before

02/09/26 — BIDMaP: Professor Omar Yaghi’s lab achieves a breakthrough in direct air capture technology
Top row, from left: Henry Corrigan-Gibbs, Igor Jovanovic, Asir Intisar Khan. Bottom row, from left: Scott McCormack and Kater Murch.

Berkeley Engineering welcomes five new faculty members

01/20/26 — New tenure-track professors will bring their research expertise to multiple departments
Molecular illustrations of energy compounds predicted by Materials Project-trained machine-learning models.

The Materials Project helps usher in the AI revolution for materials science

01/16/26 — Berkeley Lab: Pioneering database accelerates new materials discovery, is the most-cited resource for materials data and analysis tools in materials science
Illustration of proteins as colorful, ribbon-like structures.

Researchers uncover new rules for designing protein-like polymers

01/01/26 — Findings could lead to eco-friendly plastics and other materials

Nature provides the answers

11/10/25 — Phillip Messersmith harnesses the natural world to engineer medical innovations
Sweat sensor

Sweat sense

11/10/25 — A tiny sweat sensor opens the door to hydration monitoring using wearables like smartwatches
underwater robot

Salty science

11/10/25 — An energy-efficient memsensor that uses vanadium dioxide works in wet, salty environments
A microfluidics device mimicking the human heart under blue fluorescent lighting.

Heart-on-a-chip may lead to new treatments for heart failure

11/03/25 — Model helps identify nanoparticles that can deliver mRNA directly into heart muscle cells
Omar Yaghi, UC Berkeley professor of chemistry, in his lab.

UC Berkeley’s Omar Yaghi shares 2025 Nobel Prize in Chemistry

10/08/25 — Created metal-organic frameworks that can harvest water from desert air, capture carbon dioxide, store toxic gases, catalyze chemical reactions
Concept image of an autonomous underwater robotic snake surveying metal construction.

Researchers develop energy-efficient memory sensor for wet, salty environments

08/01/25 — Innovative design uses phase-shifting material, enabling electronic sensors to function like biological neurons
Wall of acoustic foam panels in criss-cross pattern cast in red and blue light.

A smarter approach to designing metamaterials

07/22/25 — AI-driven framework creates defect-tolerant materials with complex functionality
Professor Lining Yao with models created in the Morphing Matter Lab.

Inspired by nature, engineering professor’s designs fold, move and morph

07/03/25 — UC Berkeley’s Morphing Matter Lab is transforming what’s possible in engineering design with their biomimetic materials
3D fractal tree antenna

Antenna evolution

06/11/25 — A new 3D printing platform provides design flexibility and rapid production of intricate antenna structures.
two renderings of nano particles

Unraveled

06/11/25 — Researchers have created a composite that bonds like epoxy but can be disassembled on demand.
Kristin Persson, Stuart Russell and David Schaffer (left to right)

Three professors named to NAE

06/11/25 — Professors Kristin Person, Stuart Russell and David Schaffer were elected to the National Academy of Engineering.
Illustration of Lactobacillus bacteria, capsule-shaped and shown in purple against blue background.

The not-so-secret life of gut bacteria

04/28/25 — Computational modeling gives us a peek inside these important microbial communities
Runner tying her shoe next to a bottle of water.

Don’t sweat it!

04/15/25 — Wearable sweat sensor can track your hydration status during physical and mental activities
Phillip Messersmith, professor of bioengineering at UC Berkeley.

Phillip Messersmith named fellow of American Association for the Advancement of Science

03/27/25 — BioE professor honored for 'distinguished contributions' in wet biological adhesion and biologically inspired materials
Silica nanoparticles affixed with a distribution of polystyrene chains (purple) self-assemble into hexagonal lattices. Depending on how the chains are organized on the particle surface, they tangle together (purple) or unravel (blue) when compressed.

A new way to engineer composite materials

03/06/25 — Berkeley Lab: Innovative polymer design combines strength with reversibility
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