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-doctoral Scholar to advance the validation of quantum computers operating in the classical-hardness regime. You will design and execute state-of-the-art experiments on superconducting quantum processors
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: Work on operando cell designs including synchrotron-based techniques for water/CO2 electrolysis materials and cells. Interact with the LBNL electrolysis, fuel cell and electrochemistry community (with
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language (e.g., R, C/C++, Java) Proficiency with MS Office and/or Google Suite, particularly Excel/Sheets Strong verbal and written communication skills Ability to work independently and interact effectively
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opportunity to work on computational research related to one (or more) of the following areas: coastal dynamics (surf-zone to shelf), submesoscale processes, kelp-current interactions, or marine carbon dioxide