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an electrical input. These so-called “patch” antennas are commonly used in the radio-wave regime, and the novelty here is the translation to optical wavelengths, mid-IR in this case. In the case of modulators, it
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to applicants with expertise in machine learning, wave propagation, metamaterials, and/or fluid–structure interactions. The minimum qualification for this appointment is a PhD in Mechanical Engineering or a
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quantum magnonics; the successful candidate will theoretically investigate quantum properties of propagating spin waves in magnetic materials and see how these can be used for quantum information. Extensive
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projects, such as the Flood Risk Management Research Consortium, to individual PhD studentships on topics as diverse as numerical modelling of wave propagation in soil, to the impact of psychological states
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. Antennas are indispensable components of all wireless systems, as they serve as the transducers between circuits and wave propagation and convert signals between the electronic and electromagnetic domains
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fracture because they naturally accommodate wave propagation and avoid the repeated solution of large nonlinear systems. Yet, they are only conditionally stable, and the admissible time step is usually
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cutting-edge research on structural vibrations, contact mechanics, wave propagation, and robot mechanics, from advanced modelling and simulation to large-scale experiments. In close collaboration with
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Broadcast Engineers. Key Qualifications Comprehensive knowledge of television and radio engineering principles, including frequency allocation, electromagnetic wave propagation, radio signal measurements, and
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/design for wireless systems, wave scattering and propagation, and wave-particle dynamics in accelerator physics, among others. Preferred skills and qualifications: Applicants from diverse academic