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microinjection into peripheral ganglia, and implantation of optogenetic probe for optogenetic stimulation and radio-telemeters for the ECG and blood pressure recording. This position will be involved in the design
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advantages in frequency synthesis and metrology, from advanced communications to radio-frequency photonics. Our group has demonstrated high-efficiency microcombs based on silicon nitride, with applications in
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. Fluency in written and spoken English is mandatory. Knowledge of Afrikaans is a strong advantage. About the research project Positing the urban periphery as a site of invention and potentiality, in which
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the Departments of Astronomy, Physics, Optical Sciences, and Planetary Sciences. We provide direct access to various world-class observational and computational facilities for ground-based radio and optical
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(radio wavelengths) and by properly scaled laser-plasma experiments. What we expect We are looking for candidates with skills in PIC simulations and in-depth knowledge of plasma instabilities
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in the low-frequency regime (radio wavelengths) and by properly scaled laser-plasma experiments. What we expect We are looking for candidates with skills in PIC simulations and in-depth knowledge
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fronthauls based on Radio over Fiber (RoF) and/or Free Space Optics (FSO) technologies. The project aims to meet the growing demands for rural connectivity and advanced transport networks for 5G and 6G
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of multimodal approaches. Examples of solutions would explore the synergy between Open-Radio Access Networks (ORAN), LiDAR Cameras, and smart access points equipped with multimodal antennas to enhance
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research. In addition to the above qualifications, it is desirable that the applicants have: Experience working with software defined radios and experimental testbeds for wireless communication systems
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creative or innovative solutions. · To liaise with research colleagues and make internal and external contacts to develop knowledge and understanding to form relationships for future research