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solid-state lasers, high peak power lasers, high average power lasers, and high energy / high intensity short pulse lasers. This work will take place within the Extreme Light, Matter, and Fusion (LMF
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and high power laser driver architectures, laser propagation/amplification, and laser matter interaction research. This position is in the Laser Science & Systems Engineering (LSSE) Program within the
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solid-state lasers, high peak power lasers, high average power lasers, and high energy / high intensity short pulse lasers. This work will take place within the National Ignition Facility & Photon
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environment. Ability to perform independent research. Qualifications We Desire Experience with lasers, pulsed-power sources, high-density plasma interactions, and/or conducting high energy density
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in a team environment. Ability to perform independent research. Qualifications We Desire Experience with lasers, pulsed-power sources, high-density plasma interactions, and/or conducting high energy
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, operation, and interpretation in collaboration with engineering and experimental teams with the goal to understand challenges with power handling in magnetic fusion devices. The research aims to implement
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-power laser targets. This position is in the Nanoscale Integration Science group within the Materials for Emerging Applications and Extreme Conditions section of the Materials Science Division in the
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record of research in flexible electronics, wireless power transfer, or physiological signal monitoring. Experience with academic writing and a history of contributing to technical progress reports or
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 1 day ago
, Competencies, and Experience Experience with embedded electronics, firmware, PCB design, or low-power wireless systems. Experience collecting and analyzing data from human-subjects or preclinical