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

Visit website

Equipment:
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

Application:
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, ...

Organisation:
Academia
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


Forum(s):
Early Careers
Horizon Scanning and Disruptive Concepts
Industry / KTN
Outreach and Education