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the appointment. Preferred Qualification: PhD degree in theoretical high energy nuclear and particle physics. A strong background in quantum field theory and experience in effective field theory/lattice gauge
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the appointment. Preferred Qualification: PhD degree in theoretical high energy nuclear and particle physics. A strong background in quantum field theory and experience in effective field theory/lattice gauge
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: ● Power module packaging and integration. ● High-density power converter design/prototyping, topology/loss analysis (including magnetic losses), thermal/EMI analysis. ● EMI emission and filter
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: ● Power module packaging and integration. ● High-density power converter design/prototyping, topology/loss analysis (including magnetic losses), thermal/EMI analysis. ● EMI emission and filter
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, with anticipated appointment dates of September 1, 2026. Appointments are normally for three years. Research fields currently represented at the YITP include, but are not limited to, particle theory
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, with anticipated appointment dates of September 1, 2026. Appointments are normally for three years. Research fields currently represented at the YITP include, but are not limited to, particle theory
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postdoctoral research appointments in theoretical physics, with anticipated appointment dates of September 1, 2026. Research fields currently represented at the YITP include, but are not limited to, particle
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postdoctoral research appointments in theoretical physics, with anticipated appointment dates of September 1, 2026. Research fields currently represented at the YITP include, but are not limited to, particle