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means of CMOS-based high density microelectrode arrays (HD-MEAs). The overall goal of this project is to combine advanced optical methods for light-stimulus shaping with high-spatiotemporal-resolution
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recently developed in a commercial 65 nm CMOS imaging process by a large international consortium of engineers and scientists for the ALICE ITS3 upgrade and the future experiments, ePIC@EIC and ALICE3@LHC
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electrophysiological recording (cMOS Multielectrode array) and calcium imaging and optogenetics. The long-term goal is to understand how cortical organoids process information. For this aspect there will be
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performant, CMOS compatible, infrared colloidal quantum dot photodetectors and light emitters exploiting intersubband transitions. The project is focused in the mid and long wave infrared employing colloidal
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 21 hours ago
beyond. Argus is a massively multiplexed array of 900 small-aperture telescopes, able to cover a combined 8,000 square degrees of sky with 55 gigapixels of low-noise CMOS detectors. This enormous field
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 21 hours ago
coaddition for faint sources and structure. Argus is a massively multiplexed array of 900 small-aperture telescopes, able to cover a combined 8,000 square degrees of sky with 55 gigapixels of low-noise CMOS
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monitoring system using ECG and PPG (or bio-impedance). The ideal candidate is required to have the following expertise: - Mastery of all the design and validation procedures for CMOS integrated
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validation procedures for CMOS integrated circuits Biomedical (preferred), analog, and/or power management circuits Embedded programming of microcontroller with Bluetooth Low Energy PCB board design (Altium
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experimental research in the design and testing of hybrid integrated circuits with emerging devices and CMOS substrates. Job Description Design peripheral circuitry, fabricate hybrid integrated circuits, and
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to develop highly performant, CMOS compatible, thermal sensor and microbolometer technology. The project aims to revolutionize thermal imaging technologies for automotive, safety and surveillance by developing