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  • We are a network of
  • 100 Researchers
  • 62 Research Projects
  • 15 Fellows
  • 42 PHD Students
  • 71 Industrial Partner Organisations
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  • Image :NRN062 - Biological Effects of Pulsed Microwave Fields on Luminophores

    NRN062 - Biological Effects of Pulsed Microwave Fields on Luminophores

    Knowledge Transfer, Sensors and Devices

    We hope to be able to study the separate effects of the electric and magnetic parts of microwave signals on living cells.

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  • Image :NRN072 - Thermoelectric Materials Development for Space Applications

    NRN072 - Thermoelectric Materials Development for Space Applications

    Materials

    The aim of the project is to develop advanced materials production and scaling methodologies to create novel Silicide thermoelectric materials for space applications, in collaboration with the European Space Agency (ESA).

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  • Image :NRN073 - Dynamic capacitive sensor for the measurement of  millimetre-displacement of carbon composite panels: Applications to aircraft materials subjected to lightning strikes

    NRN073 - Dynamic capacitive sensor for the measurement of millimetre-displacement of carbon composite panels: Applications to aircraft materials subjected to lightning strikes

    Knowledge Transfer, Materials, Modelling

    Dynamic capacitive sensor for the measurement of millimetre-displacement of carbon composite panels:Applications to aircraft materials subjected to lightning strikes

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  • Image :NRN075 - Integrating high-performance power amplifiers  with miniaturised wideband antennas  for highly-efficient future communication devices.

    NRN075 - Integrating high-performance power amplifiers with miniaturised wideband antennas for highly-efficient future communication devices.

    Knowledge Transfer, Sensors and Devices

    The project will combine high-performance broadband and high-efficiency power amplifiers with optimised antenna design.

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  • Image :NRN081 - Dynamic Characterisation and Modelling of RF GaN HEMTs

    NRN081 - Dynamic Characterisation and Modelling of RF GaN HEMTs

    Modelling

    This project brings together expertise in device characterisation and physical modelling to improve design guidelines for RF (Radio Frequency) GaN HEMTs, to address the problem of current collapse.

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  • NRN Network Has Achieved
  • In excess of 100 papers published
  • Over 150 conference abstracts
  • £10m+ in research funding
  • Over £4m In industrial funding
  • Inspired Hundreads of young learners through its STEM activities