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infrastructure where power electronics, AI-driven workloads, UPS systems, and grid dynamics interact across multiple timescales, creating new and poorly understood instability mechanisms. The successful candidate
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. The researcher is expected to develop autonomous research focused on manufacturing of nanocrystalline ceramics, characterization and particularly high resolution transmission electron microscopy at the cutting
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electron-scale turbulence. Quantify the effects of electron beta and collisionality on core and pedestal transport, including comparisons between lithium-conditioned and non-lithium plasma conditions
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. Demonstrated ability to conduct original research with a strong track record of publications in peer-reviewed scientific journals or premier conference proceedings. Proficiency in scientific computing languages