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. The successful candidate will be joining the Atomic Quantum Optics group led by Prof. Dr. Morgan Mitchell. The group has several active research topics focused on hot-vapor quantum sensors, including
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bipolar disorder. You can make it happen. Join our project Wearable sensors for monitoring of sweat metabolites. Job description Patients with chronic conditions regularly need to visit the hospital
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well as acoustic disturbances in the infrasound band. The positions focus on developing, characterizing, and deploying next-generation infrasound and seismic sensors to characterize and suppress these environmental
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Collaborate with the research group and external partners on cutting-edge atomic and nuclear sensor applications Present research findings at group meetings, conferences, and through scientific publications
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films, the thin film patterning in clean room, the magnetic anisotropy measurements, the surface morphology analysis, the magnetic sensors characterization The selected candidate will be responsible
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of technological innovation aimed at sup- porting farmers by alerting them of imminent lambing events. Its objective is to provide a reliable predictive system based on sensors and artificial
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out-couplers to interface with external light sources. This architecture will serve as a platform for developing both optical sensors and optical signal processors, leveraging existing integrated
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to work across multiple funded research studies at the intersection of balance control, wearable sensors, physical therapy rehabilitation, and mild traumatic brain injuries (i.e., concussions). The proposed
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data analysis (sensor integration, data acquisition, signal processing, and indicators based on vehicle–bridge interaction), as well as structural validation in real-world environments through comparison
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responsible for designing, building, and utilizing single-walled carbon nanotube field effect transistor (SWNT FET) sensors to probe biological phenomena at the single-molecule level. See Turvey et al. (2022