Dr Mitchell Kenney
University of Nottingham
Nottingham Research Fellow (Fellowship holder)

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Nanobeam nB5 E-beam lithography, dielectric deposition and etching (silicon nitride, amorphous silicon, gallium nitride), femtosecond lasers, optical fibres, nmRC facility, ...

Scientific focus and expertise:
Plasmonics, metasurfaces, dielectric metasurfaces, metalenses, high-efficiency metamaterials, absorbers, fractals, holography, optical trapping, nanofabrication, large area nanofabrication, ...

Materials class:
dielectrics, metasurfaces, silicon nitride, amorphous silicon, poly silicon, silicon, transmissive metasurfaces, absorbing metasurfaces

Lenses, broadband absorbers, high efficiency metasurfaces, biomedical imaging, optical tweezing, optical trapping, light field imaging, 3d imaging, modular devices, holography, asymmetric devices, optical fibre imaging, microrheology, ...

Market Sector:
healthcare (3D imaging, endoscopy, multimodal, microrheology), defence and security (space, cubesats, lightweight systems, ultrathin systems, anticounterfeiting, infrared), communication (optical fibres, mode sorting), microscopy, photography, ...

ECR (Early Career Researcher)

Special Interest Group(s):
Active Metamaterials
Flexible and Conformable Metasurfaces
Manufacturing and Scale Up
Modelling and AI-Design
Nanophotonic and Plasmonic Metamaterials

Early Careers
Horizon Scanning and Disruptive Concepts
Industry / KTN
Outreach and Education