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the sensory coding of orofacial thermal, Chem esthetic, and taste sensations, and cross-modal and multisensory interactions between somatosensory and gustatory signals in the periphery and brain. The Lab’s work
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on many-body phenomena relevant to near-term quantum platforms. Topics of research include but are not limited to the following: Quantum Dynamics, Topological Phases, and Quantum Sensing. Qualifications A
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quantum system engineering, interactive quantum matter and quantum sensing. The successful candidate will have access to state-of-the-art facilities and well-resourced AMO laboratories, and an outstanding
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remaining 20% of their time to the national synthesis effort and professional training. Qualifications Must have completed PhD program by May 31, 2025. Application Process This institution is using
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: Research experience in acoustics, biomechanics, and experiments in animal or human ear (temporal bone) Relevant education degree (PhD level) Preference: Biomechanics of the ear Research experience in animal