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Wireless power transfer
Wireless power and signal transfer enabled by metamaterial technology.
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Dielectric magnetism
Enabling magnetism in dielectric materials and structures for power-transfer, imaging and sensing applications.
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Active metamaterials
Smart, responsive artificial materials enabled by metamaterials technology.
Nonlinear plasmonic metamaterials for bio-sensing; Graphene-based metamaterials for tuneable infrared/terahertz solutions. |
Near-field THz spectroscopy and imaging
Experimental approach to near-field characterisation of individual THz resonators: dielectric and conductive.
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Carbon micro- and nano-materials
Optical, electronic, and terahertz properties of carbon micro-fibres, carbon nanotori, and graphene.
Previous research areas
Terahertz nonlinear devices
Microwave devices for space applications
High-power optical fibers based on anisotropic and nonlinear photonic crystals and metamaterials
Astronomical data processing through methods of nonlinear dynamic
Data encoding in chaotic systems
Microwave devices for space applications
High-power optical fibers based on anisotropic and nonlinear photonic crystals and metamaterials
Astronomical data processing through methods of nonlinear dynamic
Data encoding in chaotic systems
