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nano-to-macro-scale thermal transport phenomena, including coupled effects of photons, electrons, and phonons. Both fundamental mathematical modeling and computational simulation skills are required
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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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of high fidelity and high-rate ion-photon and ion-ion entanglement across the QUANT-NET test bed. Assisting the ongoing efforts on establishing a fully operational ion-trap laboratory at LBNL. Additional
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material synthesis, spectroscopy, detailed diagnostics, and cell design) to aid in electrochemistry research. What is Required: PhD in chemical engineering, mechanical engineering, applied physics, materials
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applications as well as lead their own proposals. What is Required: PhD in Geophysics or related field. Demonstrated experience with ML tool development, links to released models/software would be great. First