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National Aeronautics and Space Administration (NASA) | Pasadena, California | United States | about 1 month ago
astrobiology. Description: This research opportunity focuses on the development of microwave limb sounding instruments for stratospheric science, with a strong emphasis on laboratory technology
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optical, RF, and microwave signals. Research leverages both linear and nonlinear optical effects to create highly functional, low-loss, and reconfigurable photonic systems with capabilities such as
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largest departments in its discipline in the UK. The Communications and Signal Processing research group has the combined strength of communication systems, microwave engineering, and signal processing
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with a 14 T magnet and both DC and RF measurement lines. The position provides extensive hands-on experience in nanofabrication, cryogenic measurement techniques, microwave electronics, data analysis
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and collection paths, microwave and RF delivery (30%); 4. Disseminate results through peer-reviewed publications and conference presentations, and contribute to grant proposals and reports (5%); and 5
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artificial intelligence, signal, speech and image processing, data science and machine learning, antenna and propagation, radio frequency (RF) / microwave engineering and wireless communications
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learn new skills/tools is important for success in this position. The postdoctoral scholar is expected to have completed a PhD in any of the following areas: RF/microwave engineering, theoretical
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second-harmonic-generation spectroscopies, including a 7 T, 1.5 K optical cryostat fitted with radio frequency (RF) leads. The postdoctoral researcher will work closely with collaborators in the
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characterized with the lab's time-resolved optical, THz, and second-harmonic-generation spectroscopies, including a 7 T, 1.5 K optical cryostat fitted with radio frequency (RF) leads. The postdoctoral
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. The ideal candidate will have experience in instrumentation and hardware, with preferred skills and experience including: low-noise microwave/RF and cryogenic systems, superconducting magnets, quantum