LBNL Accelerator Technology & Applied Physics
@LBNLatap
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Official account of LBNL's ATAP Division. Supporting @BerkeleyLab and DOE's mission by inventing particle accelerators to explore and control matter and energy.
Berkeley, CA
Joined October 2020
AI + automation = faster discoveries. At Berkeley Lab, our researchers are combining AI and data systems to accelerate science across disciplines.
newscenter.lbl.gov
Berkeley Lab is transforming research across disciplines from energy to materials science and more, strengthening American innovation and the nation’s scientific edge.
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Read about the experiences of the @NNSANews MSIIP program interns as they work with our world-renowned scientists on #ParticleAccelerator research. Apply for 2026; the deadline is October 26, 11:59 PM ET. @BerkeleyLab @DOEscience @ENERGY
https://t.co/c5ciUOzxTp
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Our BELLA Center has accomplished the first characterization of a collimated muon beam using a laser-plasma accelerator, laying the groundwork for advanced imaging techniques far exceeding current technologies. @BerkeleyLab @doescience @ENERGY
https://t.co/VwXUVxhlCI
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"This advance was made possible by the Berkeley Lab Laser Accelerator (BELLA) Center, which is advancing discovery science as well as applications in energy, medicine, and national security." – @LBNLatap Director Cameron Geddes, @ScienceNews
https://t.co/Qq2fnR4U3f
sciencenews.org
The advance hints at the possibility of portable muon-making devices that could help peer through solid materials for hidden contraband.
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Our BELLA Center has demonstrated that plasma density increases as a laser pulse travels deeper into a laser-plasma accelerator channel, marking a crucial step in advancing next-generation #ParticleAccelerators. @doescience @ENERGY @BerkeleyLab
https://t.co/gq7PSkSGGs
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Discover how our researchers use #ArtificialIntelligence to help stabilize a high-power laser, promising advancements in next-generation #ParticleAccelerators, fusion, medicine, and many other fields. @doescience @ENERGY @BerkeleyLab @lbnlengineering
https://t.co/fAolhV0qay
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“We are applying our long-standing expertise in a type of advanced accelerator called laser plasma acceleration to shrink XFELs,” says our Staff Scientist, Sam Barber, on progress toward compact X-ray free-electron lasers. @doescience @ENERGY @BerkeleyLab
https://t.co/bcMdcYSlAc
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Read about the experiences of the @NNSANews MSIIP program interns as they work with our world-renowned scientists on #ParticleAccelerator research. Apply for 2026; the deadline is October 26, 11:59 PM ET. @BerkeleyLab @DOEscience @ENERGY
https://t.co/c5ciUOzxTp
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Read about the experiences of our @DOEscience interns working with our world-renowned scientists & state-of-the-art facilities on cutting-edge #ParticleAccelerator research. Deadline to apply for the Spring 2026 cycle is October 1. @BerkeleyLab @ENERGY
https://t.co/7SgfTCYzk7
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Read about the experiences of our @DOEscience SULI interns as they work with our internationally renowned scientists on cutting-edge #ParticleAccelerator research. Deadline to apply for the Spring 2026 cycle is October 1. @BerkeleyLab @ENERGY @LaserNetUS
https://t.co/w5mU7jOQ67
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Our outreach and education efforts “allow me to help inform and educate the future STEM workforce,” says Research Scientist Arianna Formenti, who taught a class on #ArtificialIntelligence to high school students. @DOEScience @ENERGY @BerkeleyLab
https://t.co/FWG6Le8aJD
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“They are interested in seeing the ALS and learning about the cool science happening here,” says our Outreach & Communications Specialist, Ina Reichel, who led @BerkeleyLab interns on a guided tour of the @AdvLightSource. @DOEScience @ENERGY
https://t.co/gtGjCSUz0u
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Discover how our researchers are advancing #fusion by studying how rare-earth barium copper oxide superconducting magnet cables withstand the extreme conditions in future magnetic confinement #fusion reactors. @doescience @ENERGY @BerkeleyLab
https://t.co/jH8eKLbPRJ
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Discover how a new diagnostic tool developed at our BELLA Center stabilizes high-power laser pulses without disrupting laser or accelerator operations to advance laser-plasma accelerators & expand their applications. @doescience @ENERGY @BerkeleyLab
https://t.co/0yfppefRLk
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Check out our August Newsletter for advances in next-generation laser-plasma accelerators and their applications, progress in high-strength superconducting magnets, improved modeling of #ParticleAccelerators, and more! @doescience @ENERGY @BerkeleyLab
https://t.co/gUv3dOgjHp
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Read about the experiences of our @DOEscience interns working with our world-renowned scientists & state-of-the-art facilities on cutting-edge #ParticleAccelerator research. Deadline to apply for the Spring 2026 cycle is October 1. @BerkeleyLab @ENERGY
https://t.co/7SgfTCYzk7
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Read about the experiences of our @DOEscience SULI interns as they work with our internationally renowned scientists on cutting-edge #ParticleAccelerator research. Deadline to apply for the Spring 2026 cycle is October 1. @BerkeleyLab @ENERGY @LaserNetUS
https://t.co/w5mU7jOQ67
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Learn how our Research Scientist, Reed Teyber, has created a new method to measure inter-tape resistance in superconducting cables, promising more powerful & reliable magnets for HEP, #fusion, & beyond. @doescience @ENERGY @BerkeleyLab @LBNLengineering
https://t.co/HgTI6qUwQh
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Our BELLA Center scientists Carlo Benedetti & Davide Terzani have combined modeling techniques to create a more accurate and affordable method to simulate dynamical processes in next-generation laser plasma accelerators. @DOEScience @ENERGY @BerkeleyLab
https://t.co/83YOQE0Zbq
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Read how @BerkeleyLab provides @uhmanoa students with hands-on experimental opportunities, enabling them to perform experiments, analyze #qubits, compare model predictions, and publish their findings. @DOEscience @ENERGY
https://t.co/aBNlXa8JnP
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