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Field
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vibration control, with demonstrated expertise in stochastic dynamics or random vibration, computational modeling, and experimental validation of mechanical systems. The successful candidate will work closely
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%) postdoctoral scholarship holder in the field of low-noise readout electronics for next-generation gravitational wave detectors. The group is an active member of the Virgo, Einstein Telescope (ET), and
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-referenced microcombs that connect ultrastable optical references to microwave frequencies. The research will address optical-frequency division, frequency-comb stabilization, phase and timing noise, and
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division, frequency-comb stabilization, phase and timing noise, and metrological characterization, laying the foundation for integrated optical-clock and precision-timing technologies. Who we are looking
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evaluate scalable readout architectures for nanowire arrays, including multiplexing approaches based on superconducting cryogenic switches such as hTron and fTron Perform low-noise cryogenic measurements
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following areas is desirable: collection and analysis of dense nodal seismic datasets, ambient noise tomography, high-performance computing, machine learning applications in observational seismology, and
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., 2022, publication Position 2: Vibrational and vibronic dynamics This position is part of the NSF-funded project "CAREER: Advancing Quasi-exact Quantum Dynamics of Complex Molecules with Tensor Network
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, nonlinear optics, and the design, alignment, and optimization of optical setups. ● Experience with atomic force microscopy (AFM)-based infrared/vibrational spectroscopy or related nanoscale spectroscopy
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Environment PHYSICAL DEMANDS: Standing, sitting, walking, talking and hearing. No special vision requirements. Lifting up to 25 lbs. WORK ENVIRONMENT: Laboratory environment. Moderate noise. Exposure to blood
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to 25 lbs. WORK ENVIRONMENT: Laboratory work environment, with moderate noise. Exposure to biological specimens (cells, blood, tissues etc.) with possible exposure to infectious diseases, exposure