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designs based on device characterization results and electromagnetic simulations Contribute to the development of integrated instrument systems for the characterization of solid-state single-photon
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synthesis conditions for battery electrolyte material, solid-state electrolyte film, and membrane electrode fabrication. Formulate slurry to achieve desirable processibility for coating and printing
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hybrid circuits that couple to both macroscopic magnetic crystals as magnon target mass and solid-state single-electron qubit with magnetic field compatibility. Develop superconducting hybrid circuits
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knowledge, such as bonding, defects, catalysis, batteries, solid-state chemistry, molecular systems, or related materials classes. Strong Python skills and familiarity with LLM APIs, agent frameworks
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engineered terahertz electromagnetic environments. The broader goal of this project is to establish a new solid-state terahertz circuit system that exploits coherent spin dynamics and light-matter
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research and development efforts in the synthesis, fabrication, and characterization of diamond and other host materials along with its associated solid-state quantum spin defects. As a key member of
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discovery and study of new quantum materials, with a primary emphasis on superconductors. The successful candidate will play a key role in the exploratory synthesis and crystal growth of novel solid