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Theoretical and Computational Physics

Theoretical and Computational Physics studies various kinds of computational calculations including first-principles DFT, effective medium theory, molecular dynamics, analytical modelling, and numerical simulations, etc. to predict materials properties and structures for 2D materials, interface and heterostructures; flow of glassy polymer nanofilms; electron transport in solid-state quantum devices; formation of nanostructures in strained thin films; machine learning and high-throughput calculations; photonic crystals, topological photonics, plasmonic nanostructures, metamaterials, transformation optics, optomechanics of structured nanomaterials, and phononic crystals, etc.

 

Research Members in Theoretical and Computational Physics:

Name Research Interest 

Dr. K. H. FUNG

Photonic crystals, plasmonic nanostructures, metamaterials, structured nanomaterials, phononic crystals

Dr. C. H. LAM

Flow of glassy polymer nanofilms; electron transport in solid-state quantum devices; formation of nano-structures in strained thin films

 

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