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of Photonic Technologies to be undertaken within the College of Engineering and Physical Sciences at Aston University. Financial Support This studentship includes a bursary to cover the fees rate, plus an
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PhD position in Physics, under the supervision of Prof. Noel Healy Integral to the second quantum revolution is the entangled photon. These emergent particles are essential in many technologies
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commercial skills. Optical fibres can transport light over long distances with very low loss. However, transporting quantum bits (qubits) using photons suffers from the interaction of the qubits with the glass
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Kerridge-Johns ([email protected] ) at the University of Southampton with support and co-supervision by NKT Photonics (Dr Adam Devine). It will research coherent beam combination (CBC
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reflecting a photon. This project will breach the boundaries of classical physics and pave the way to novel quantum applications that – in addition to computing – include signal enhancement, noise reduction
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studentship, supported by HORIZON Europe Research and Innovation Actions to be undertaken within the Aston Institute of Photonic Technologies at Aston University. The successful candidates will join an
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based qubits and photonic qubits. By proving the concept of novel, multi-functional qubits based on vdW materials, development of both quantum software and hardware is expected, which potentially could
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memristor has been demonstrated experimentally [4-7]. Quantum coherent states can be realised in certain organic semiconductors through the coupling of photons and excitons to form an exciton polariton [8,9
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. This project will develop an integrated microwave and photonic platform to control and investigate spin based sensors in 2D materials [3]. Nanophotonic computational design will be used to optimise the optical
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(GGIEMR) and Power Electronics, Machines and Control (PEMC) research groups, with funding and industrial guidance from Network Rail. The GGIEMR is a global research leader in the areas of photonic and