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positioning with filtered microwave wiring for qubit control and dispersive readout. Specific tasks include optimizing diamond sensor geometry, NV depth and NV-to-device standoff; developing pulse sequences
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imaging instrumentation and methods including subdiffraction fluorescence imaging methods and multimodal fluorescence and infrared imaging methods. Developing these methods includes designing and building
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conducting experiments, analyzing and interpreting research data, preparing biological samples for laboratory analyses, and utilizing flow cytometry and imaging technologies to investigate sperm phenotypes and
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samples. This will involve tunnel-diode resonators, real-space magneto-optical imaging, and quantum magneto-sensing using NV centers in diamond. It will also include more conventional thermodynamic and