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, implement, and evaluate equipment modeling tools (Modelica-, FMI- and/or python-based) for designing heat pump (HP) and air conditioner (AC) systems, and conduct psychometric chamber tests. You will also
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on physical phenomena and isotopic shifts. Design optical systems and diagnostics. Characterize the morphology of laser ablation craters and correlate with emission signals. Work with chemometrics and
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. What You Will Do: Participate in the design, operation and analysis of experimental campaigns using the HiRES beamline. Conduct research to develop particle accelerator diagnostics and controls
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to use phonon traps to enhance the performance of superconducting qubits in quantum processors. The scholar will utilize simulations to inform the design of phonon cloaking, collaborate with
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analysis, theory, and/or simulation of cosmology data sets; the design and development of state-of-the-art instrumentation; the application of Artificial Intelligence / Machine Learning to problems in
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techniques. Develop and deploy novel instrumental techniques and experimental methodologies to design and manufacture electrode materials and model electrodes, and study kinetic properties of electrode
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performance of photoelectrochemical devices. Participate in design and testing of photo-active materials and systems for CO2 reduction applications using spectroscopic techniques. Collaborate with LiSA
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measurements. Analysis of geophysical data to design computer simulations and generate realistic synthetic geophysical data sets. Collaboration with the Berkeley Lab’s partners on setting up coupled multiphase