A (Very) Large Slice of Pi The world’s biggest assembly of Raspberry Pi computers comes to UCSB. Read more about A (Very) Large Slice of Pi
New MicroCT Machine Unites Biologists and Materials Scientists The new microCT machine fits right into the longstanding UCSB tradition of multidisciplinary sharing of important instruments. Read more about New MicroCT Machine Unites Biologists and Materials Scientists
A (Very) Large Slice of Pi The world’s biggest assembly of Raspberry Pi computers comes to UCSB. Read more about A (Very) Large Slice of Pi
Materials Student Wins a Place in the UCSB Grad Slam Finals Lisa Månsson wins Round 3 of UCSB Grad Slam for her talk about glioblastoma research. Read more about Materials Student Wins a Place in the UCSB Grad Slam Finals
Cold Atoms on a Chip The Blumenthal lab continues to miniaturize powerful photonics technology for quantum use at the chip scale. Read more about Cold Atoms on a Chip
How to Get a Robot Collective to Act Like a Smart Material UC Santa Barbara researchers and collaborators have developed a proof-of-concept material-like collective of robots with behaviors inspired by biology. Read more about How to Get a Robot Collective to Act Like a Smart Material
Nickel Atoms Improve a Silver Catalyst PhD student Anika Jalil overcomes a major challenge by placing the right number of nickel atoms in exactly the right place. Read more about Nickel Atoms Improve a Silver Catalyst
Lithium Shows its Metal A new study finds that adding certain dopants could lead to safer, more energy-efficient batteries. Read more about Lithium Shows its Metal
Topological Quantum Processor: a Breakthrough in Computing A Microsoft team led by UCSB physicists unveils a first-of-its-kind topological qubit, paving the way for a more fault-tolerant quantum computer. Read more about Topological Quantum Processor: a Breakthrough in Computing
Toward High Electro-Optic Performance in III-V Semiconductors Illuminating a path to superior electro-optic performance in aluminum scandium nitride alloys. Read more about Toward High Electro-Optic Performance in III-V Semiconductors