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challenge of the increase in photon flux brought by the Diamond II upgrade. The increase in photon flux will have a big impact in crystallography and other techniques that currently use photon counting area
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neural circuits lead to flexible cognitive behaviours. The techniques employed may include chronic in-vivo 2-photon and 3-photon calcium imaging of excitatory and inhibitory cell classes, targeted
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Are you interested in being at the forefront of integrated quantum photonics? We are seeking someone to join our team in the Quantum Engineering Technology Labs (QET Labs ). Targeted applications
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Photonic Systems Circuits & Sensors Group Location: Highfield Campus Salary: £34,980 to £42,978 Full Time Fixed Term Closing Date: Wednesday 10 April 2024 Interview Date: To be confirmed Reference
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to understanding how brain-wide neural circuits lead to flexible cognitive behaviours. The techniques employed may include chronic in-vivo 2-photon and 3-photon calcium imaging of excitatory and inhibitory cell
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Are you a talented individual with experience in Quantum Communications, Experimental Quantum Technologies, Photonics, Telecommunications, Electronics, Software Development, or Quantum Optics? Join
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interdisciplinary fields, including biological physics and soft matter, photonics and nanotechnology, the theory and simulation of condensed matter, theoretical particle physics and cosmology; and experimental
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department houses internationally renowned scientists working across diverse and interdisciplinary fields, including biological physics and soft matter, photonics and nanotechnology, the theory and simulation
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will be to develop new optical science and devices for both ultra-compact photonic circuits and for observation and manipulation of optical quantum phenomena, such as single photon emission and new
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Interventional Centre (AMIIC) is an internationally unique centre will include a hybrid unit combining a state-of-the-art world’s first photon-counting Siemens clinical computed tomography (CT) scanner integrated