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x-ray capabilities. It's an exciting time to join our growing team! What You Will Do: Conduct original research to understand spatially-resolved dynamics, self-assembly, and structure in functional
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properties spatial map throughout the cross section of an operational battery with micron-scale spatial resolution. The measurement should be immune to noise and thermal signals generated by the operation of
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. Be part of our innovative team driving nanoscience research forward! What You Will Do: Develop and enhance custom optical characterization methods with a focus on high spatial and temporal resolution
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in exploring and implementing new capabilities in data collection and analysis. Examples include but are not limited to - conversion of SNMP polling to streaming telemetry, machine learning of datasets
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/electrolyte interfaces at adequate chemical, spatial and temporal resolution. Design and perform ex situ and in situ experiments on electrode samples from functioning Li-ion batteries as well as cell model