10 social-sciences research jobs at Lawrence Berkeley National Laboratory in United-States
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computer science, advanced performance analysis and software engineering to meet these challenges. In order to carry out this work, you will collaborate closely with one or more NESAP teams. What You Will Do
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, you will develop and apply cutting-edge computer science, advanced performance analysis and software engineering to improve existing end-to-end workflows, as well as developing new ones. In order to
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computer science, advanced performance analysis and software engineering to meet these challenges. In order to carry out this work you will collaborate closely with one or more NESAP teams. What You Will Do
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, accountability. Additional Responsibilities as needed: Participate in professional society activities. Work with the energy-conversion team in fuel-cell and electrolyzer diagnostics. Leverage the unique facilities
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initiative, which seeks to 1) create accelerated transition vision for clean power system in China using latest technology cost information for renewable energy and storage; 2) develop the enabling market
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to contribute to the betterment of society through fundamental scientific and technological advances in the field of building technology research. Broad knowledge of mechanical, thermal and electrical systems
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networking experiments between Lawrence Berkeley National Lab and University of California, Berkeley. This effort will require incorporating high-finesse optical-cavity systems into a novel trap technology to
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-ray Photoelectron Spectroscopy, X-ray Adsorption Spectroscopy, etc., as well as chemistry domain knowledge, in order to come up with a unified mechanistic explanation that is able to connect theory and
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Lawrence Berkeley National Lab’s (LBNL ) Accelerator Technology and Applied Physics (ATAP) Division has an opening for a Physicist Postdoctoral Scholar to join the team. This position will work in
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footing and will be verified through experiments. You will start from a holistic approach and take the entire computational stack into account in order to characterize the end-to-end performance of quantum