ScholarWorks@Korea University: Lee, Seung woo

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Lee, Seung woo (이승우)

KU-KIST Graduate School of Converging Science and Technology

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colloids:7||selfassembly:5||DNA origami:3||holographic inscription:2||deeplearningbased analytical TEM:2||photonic crystals:2||gratings:2||Plasmonics:2||plasmonic nearfields:2||block copolymers:2||electron tomography:2||Photonic crystals:2||magnetism:2||Weyl point:2||chiroptical response:2||capacitive coupling:2||Metamaterials:2||Nanophotonics:2||electron energy loss spectroscopy (EELS):2||refractive index:2||diffractive optical elements:2||chiral nanoparticle:2||augmented reality:2||metaatoms:2||Selfassembly:2||Fourier optics:2||Metallic nanoparticles:1||metamaterials:1||humanmachine interface:1||conformational asymmetry:1||selenium:1||metafluids:1||metamolecules:1||Zdirectional contraction:1||optical metamaterials:1||holographic fabrications:1||soft quantum emitters:1||phononic crystals (PnCs):1||optical magnetism:1||Darkfield spectroscopy:1||Colloids:1||holotomography:1||photonic glass:1||electric polarization:1||intermediate mirror:1||Magnetic plasmons:1||Refractive index:1||frequencyisolation:1||interference lithography:1||topological photonics:1||neutral color:1||photoisomerization:1||photopolymerization:1||soft nanophotonics:1||Nanochemistry:1||chirality:1||DNA origami placement:1||flexible photovoltaics:1||azobenzenecontaining block copolymers:1||chiral plasmonics:1||biophotonics:1||gold nanoparticles:1||metamerism:1||assembly:1||wearable healthcare:1||solar cell:1||3D alldielectric metaoptics:1||Gyroid:1||Plasmonic cavities:1||gyroids:1||droplet microfluidics:1||complete 3D phononic bandgap (PnBG):1||electric dipole:1||Nanoparticles:1||deep tissue imaging:1||light scattering:1||acoustooptics:1||Manufacturing:1||polyhedra:1||transmission electron microscopy(TEM):1||Plasmonic colloids:1||Weyl points:1||photoaddressable polymers:1||DNA:1||WatsonCrick complementarity:1||luminescent solar concentrators:1||Holography:1||electronic eyeglasses:1||conductive nanocomposite:1||photonic bandgap (PBG):1||azobenzene materials:1||artificial magnetism:1||DNA nanotechnology:1||azobenzene:1||transferprinting assemblies:1||electric field:1||photoplastic directed selfassembly:1||Optical Chirality:1||self&#8208:1||electrochromic display:1||diamond lattice:1||crystalline silicon:1||transparent photovoltaics:1||soft mass migration:1||plasmonics:1||Symmetrybreaking:1||microlens arrays:1||Tjunction:1||optical Fourier volumes:1||Mie scattering:1||optical imaging:1||quantitative phase imaging:1||radiative cooling:1||diffractive optics:1||detailed balance limit:1||Effective medium theory:1||effective elastic moduli:1||holography:1||Nonaffine distortion:1||Picocavities:1||soft molding:1||Polydimethylsiloxane (PDMS):1||helicity:1||Diffractive optics:1||holographic optical elements:1||pair potentials:1||van der Waals forces:1||fourier optics:1||soft nanoimprinting:1||transmission electron microscopy (TEM):1||tandem solar cells:1||plasmonic metamaterials:1||Plasmonic polymers:1||D2symmetric gyroid:1||FrankKasper phases:1||quasicrystals:1||plasmonic metamolecules:1||soft fluidity:1||Solvent vapor annealing:1||mass migration:1||pressure drop:1||holographic photopolymers:1||balanced subcell photocurrents:1||doublejunction IIIV solar cells:1||longranged nanopatterning:1||circular dichroism:1||volume holographic gratings:1||structured fluids:1||

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