What's Current in

Chemistry and Biochemistry

Two workers in white coveralls and masks examine solar cells in a cleanroom.
Photo Credit
Gorodenkoff via iStock
Alternatives to silicon-based solar cells could allow solar panel production to move out of cleanrooms like this.

UCSB pioneers a low-energy process for high-performance solar cells

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abstract image of the brain disintegrating

Researchers uncover a potential method for interrupting the misfolding of tau protein that underlies neurodegenerative disease
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UC Santa Barbara selects inaugural Public Voices Fellows
three blue-gray petri dishes against a black background testing the resistance of bacteria to antimicrobials

Researchers develop molecules for a new class of antibiotics that can overcome drug resistant bacteria
The 14 members of the Biopacific Group pose outside Elings Hall
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Courtesy Photo
The NSF BioPACIFIC MIP group.

BioPACIFIC MIP unites two UC campuses to advance a new model for materials research
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National Academy of Inventors recognizes Professor Thuc-Quyen Nguyen
abstracted blue green amine molecules

Chemistry professor Yang Yang receives a 2023 Packard Fellowship
facade of building

The Materials Research Laboratory receives a six-year, $18 million grant from NSF
concept of attaching radical molecule to aromatic compound
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Courtesy Image

A ‘toolbox of biocatalysts’ improves control over free radicals
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Professor Thuc-Quyen Nguyen receives double honors for her work on organic photovoltaics
Illustration of molecular chain overlaid on image of plastic bottles
Photo Credit
Jessie Ward O'Sullivan

A game-changing method of “upcycling” plastics helps clear the path toward a circular economy
blue lab coat with UNIVERSITY OF CALIFORNIA in yellow stitching
Photo Credit
Matt Perko

A University of California multi-campus initiative strives to boost diversity within its STEM teaching faculty ranks
A sewing machine against a black background.
Photo Credit
Matt Perko
Simply seeing a machine might not convey what it does.

Filming Proteins in Motion: Physics researchers inch closer to an ambitious goal
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