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3D Nonlinear Photonic Crystals from Biotemplating

Investigating the interplay between a 3D linear photonic crystal and a nonlinear optical material

 

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Block copolymer self-assembly

Block copolymer self-assembly unlocks large, ordered 3D nanostructures for advanced material applications

 

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Bright white scatterers beyond titania

Replacing titania with edible white pigments

 

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Collective emission in metamaterials

Polarisation and angle resolved thermal emission and fluorescence in network-like metamaterials

 

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Colloidal self-assembly for fabricating optical materials

Structured materials made from the self-assembly of colloidal particles

 

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Complete photonic band gap materials

Three dimensional photonic crystals with complete photonic band gap obtained via the self-assembly of…

 

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Computer-generated disordered networks for photonic bandgap

Random nanoscale networks in insects reveal how disorder can create brilliant structural colours

 

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Double Net Metamaterials

Interwoven metallic networks reveal how electron acoustic waves and quasi-BICs emerge through intricate…

 

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Hybrid organic/inorganic materials

Hybrid materials obtained combining the self-assembly of block copolymers and inorganic nanostructures

 

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Ion-selective membranes for power conversion from salinity gradients with unprecedented efficiency

Electric eel-inspired materials to storage and deliver electrical power

 

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Metamaterial Floquet modes

Developing tools to obtain metamaterial evanescent Floquet modes

 

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Nanostructured polymer particles

Polymer particles with well-defined nanostructures obtained via the confined self-assembly of block copolymers…

 

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Photonic pigments (Marie-Curie Global Postdoctoral Fellowship)

Concentric lamellar polymer microparticles displaying non-iridescent, vibrant, structural colouration

 

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Photonic Structural Materials with Controlled Disorder (ERC)

Discovering hidden correlations in disordered photonic materials

 

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Photonic structures in nature

Diverse photonic nanostructures in nature feature a wealth of optical properties.

 

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Plant-inspired materials and surfaces

Plant-inspired materials and surfaces

 

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Self-assembly of Biomimetic Photonic Crystals

Reveal the self-assembly process of photonic crystals in nature and their bio-inspired fabrication

 

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