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intelligence (AI) / machine learning (ML) models for physics applications, including superconducting quantum information processors, lasers, and particle accelerators. The candidate will be implementing the ML
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will perform R&D on laser-plasma-acceleration (LPA), X-ray photon pulse generation and characterization, and nuclear science investigations using LPA-driven particle and radiation sources. In addition
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Berkeley Lab’s Laser Technologies Group has an opening for a Career Research Scientist position. In this position you will be expected to manage and lead the development of advanced laser plasma
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develop ultrafast fiber laser technologies, and advanced digital controls of fiber lasers and their coherent combining. This position will train under the direction and supervision of faculty mentors in
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Scientist you will be expected to manage and lead the development of next-generation laser-ablation based processing and spectroscopy tools. The position requires novel, innovative, and detailed experimental
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Scientist you will be expected to utilize your expertise and provide technical guidance for the development of next-generation laser-ablation based processing and spectroscopy tools. The position will provide
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quantum processors. Implement frequency stabilization and synchronization of laser systems at the LBNL and UCB labs. Perform quantum networking experiments, including the demonstrations of high fidelity and
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Lawrence Berkeley National Lab has an exciting opportunity for a Postdoctoral Scholar to join the Laser Technologies Group. In this exciting role, you will participate in the field of ultrafast
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activities may include experimental campaigns at X Ray free electron lasers (X-FELs), synchrotron radiation light sources, and Ultrafast Electron Diffraction (UED) facilities, using a variety of imaging and
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-order harmonics enabled femtosecond time-resolved X-ray absorption spectroscopy. Further activities may include experimental campaigns at X Ray free electron lasers (X-FELs), synchrotron radiation light