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the fundamental electromagnetic mechanisms and understand how anomalous effects may be exploited to design compact and low-cost antennas in RF/Microwave bands. The work will entail fundamental theoretical studies
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international company with interests in RF sensing and energy transfer technologies. The partner will provide PhD supervision, a placement and be part of the larger Hub community benefiting in the diverse
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Research (RF-CDR), with particular encouragement to advance high-quality, cutting-edge experimental research. Accordingly, demonstrate an outstanding capacity to generate original research questions and
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low-dimensional systems , Quantum Transport in topological phases , Radiation Therapy Simulation , RF Engineering , Scattering amplitudes , simulation-based inference , single- and multicomponent
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complex coefficients for growing array sizes. This problem becomes even more complicated in highly dynamic environments induced by user mobility. Finally, low-cost RF implementations incure hardware
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this research both independently and in collaboration with Booth Faculty in the Roman Family Center for Decision Research (RF-CDR), with particular encouragement to advance high quality, cutting-edge experimental
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. Qualifications. The highly motivated candidate should have expertise in hyperpolarization methods (DNP; PHIP, Overhauser etc.) and/or in hands-on NMR or NV-hardware development (magnet, RF, etc.) The positions
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groups. Professor Bram Nauta’s Integrated Circuit Design (ICD) group focuses on various aspects of analog and Radio Frequency (RF) Integrated Circuits (IC). The group's motto is “fundamental solutions