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magnetic interactions, experiments to test Einstein's equivalence principle, and other applications of quantum sensor technology. In the BECCAL project, where the position is based, we are collaborating with
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the college with research areas including 3D printing, robotics, manufacturing, materials, nano-bio sensors, machine learning, tissue engineering and aerosol and particle physics. The Kate Gleason College
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numerous fields of application: energy, pollution control, sensors, catalysis, etc. The institute has a wide range of high-performance equipment, enhanced by eleven ISO 9001-certified technical platforms
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· Installs, configures, and maintains environmental monitoring sensors (temperature, humidity, pressure, water leak, refrigeration, etc.). · Administers the Primex OneVue system, including user access
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of quantum (bio)sensors, the control of reactivity (quantum dynamics in attochemistry, time-resolved electron spectroscopy, real-time dynamics of (bio)chemical reactions, selective catalysis, etc
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of fusion energy, a potentially limitless energy source. PPPL is also using its expertise to advance research in the areas of microelectronics, quantum sensors and devices, and sustainability sciences
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., robotic simulations) into the would-be sensor inputs of the simulated system is within the scope of this project. The successful candidate will join a multi-institution research team of faculty at SUNY
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., robotic simulations) into the would-be sensor inputs of the simulated system is within the scope of this project. The successful candidate will join a multi-institution research team of faculty at SUNY
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for quantum technology applications, including quantum computers and space-based quantum sensors. For these research activities, we are looking for a Scientific Employee (m/f/d) for quality assurance in a
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interactive installations, generative art, or artistic projects. • Familiarity with IoT sensor systems (Arduino, Raspberry Pi, etc.) and data analysis platforms. • Scientific and artistic communication skills