Topic/Content 1 Introduction/Plasmonics, metamaterial, and metasurface;Introduction to simulation software 2 Plasmonic metasurfaces/Generalized Snell’s law; Polarization conversion 3 Dielectric metasurfaces/High refractive index materials (GaN, TiO2, Silicon, etc) 4 Geometric phase/Polarization optics;Birefringence, waveplate, lookup table 5 Fundamental optical elements (1)/Metalens 6 Fundamental optical elements (2)/Polarization conversion/generation 7 Fundamental optical elements (3)/Beam shaping 8 Midterm 9 Manufacturing processes for metasurface/Semiconductor fabrication process (E-beam lithography, UV lithography, nanoimprint lithography), fabrication equipment, layout drawing 10 Dispersion-engineered metasurfaces/Achromatic metalens, meta-spectrometer 11 Tunable metasurfaces/Phase change materials, mechanical deformation, chemical reactions, tunable conductivity, and so on. 12 Biomedical applications (1)/Optical sectioning microscopy: confocal microscopy, light sheet microscopy, two-photon microscopy 13 Biomedical applications (2)/Chiral imaging, endoscope, laser treatment 14 Biomedical applications (3)/Phase contrast imaging, bio-sensing 15 Current topics of metasurface/Nonlinear metasurface, inverse design, Huygens' metasurfaces, asymmetric photonic spin-orbit interactions 16 Final project report

此課程將會介紹超穎介面(metasurface)的原理、應用以及在生醫方面最新的發展，並引導修課學生利用數值模擬軟體實際進行超穎介面的計算與設計。

電磁學(Electromagnetism)、基礎光學(Fundamentals of Optics)、Matlab或Python相關課程(Matlab or Python computer coding)

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