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an exciting opportunity to undertake work on antenna synthesis and physical layer radio to underpin the science to enable practical implementation of an evolution of this concept, 3D Angular Momentum
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University of Surrey. They will play a key role in developing and enhancing the facility’s technical capabilities to meet evolving user requirements. In addition, the post holder will actively engage with
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of an evolution of this concept, 3D Angular Momentum Multiplexing (3DAMM), for advanced infrastructure to train communications. Its application is to provide a low cost, energy efficient solution to deliver
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an exciting opportunity to undertake work on antenna synthesis and physical layer radio to underpin the science to enable practical implementation of an evolution of this concept, 3D Angular Momentum
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of an evolution of this concept, 3D Angular Momentum Multiplexing (3DAMM), for advanced infrastructure to train communications. Its application is to provide a low cost, energy efficient solution to deliver
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countryside of Surrey with the convenience of bustling Guildford on your doorstep and London just 34 minutes away by train, the University of Surrey is an outstanding international University with
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partners. The post holder will be responsible for developing and implementing mechanistic models, primarily using the Discrete Element Method (DEM), to analyse and predict pharmaceutical tablet
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Chemical Engineering and will contribute to the digital tool development within two EPSRC funded projects: IDEA: Inverse Design of Electrochemical Interfaces with Explainable AI (grant number EP/W03722X/1
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dynamic research team collaborating with a consortium of academic and industry partners. The post holder will be responsible for developing and implementing mechanistic models, primarily using the Discrete
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Economy group. The positions will be based within the school of Chemistry and Chemical Engineering and will contribute to the digital tool development within two EPSRC funded projects: IDEA: Inverse Design