ScholarWorks@Korea University: PARK, Q Han

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PARK, Q Han (박규환)

College of Science (Department of Physics)

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Tel 02-3290-3106
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metamaterials:6||FDTD:6||metasurfaces:4||terahertz spectroscopy:3||surface plasmon:3||metamaterial:3||CUDA:2||Rectangular hole:2||refractive index:2||surface plasmons:2||Plasmonics:2||Terahertz:2||chiral sensing:2||circular dichroism (CD):2||effective medium theory:2||Resonance:2||plasmonics:2||chiroptical spectroscopy:2||Metamaterials:2||ellipsometry:2||photoluminescence:2||chiral molecules:2||GPU:2||Roofline model:1||twodimensional materials:1||optical resonators:1||metafluids:1||metamolecules:1||ultraviolet nanolithography:1||copper sulfides:1||photolithography:1||Apertures:1||electromagnetic (EM) diffraction:1||Total internal reflection:1||Lightemitting diode:1||silver:1||nanoparticle detection:1||Hybrid nanotube:1||electrooptical filters:1||Metameterial:1||organicinorganic hybrid perovskites:1||symmetry breaking:1||compressive sensing:1||lightmatter interactions:1||modulation instability:1||electromagnetic wave absorbers:1||Biosensor:1||optical rotatory dispersion (ORD):1||scaling effect:1||metaatoms:1||chirality:1||subdiffraction limit:1||high sensitivity:1||Antireflection coatings:1||directional radiation:1||Microresonators:1||Optics:1||SubWavelength:1||Roofline:1||accommodation of eye:1||Laser confocal microscope:1||Photoluminescence:1||Local field enhancement:1||light extraction efficiency:1||nitridebased semiconductor:1||circularly polarized emission:1||2D organicinorganic hybrid perovskites:1||bound states in the continuum:1||black phosphorus:1||nanoribbon:1||universal impedance matching:1||transformation optics:1||waveguide coupler:1||Graphene:1||refraction:1||metaphotoresist:1||superlens effect:1||labelfree sensing:1||cation exchanges:1||Electromagnetic simulations:1||GPU cluster:1||nanowires:1||laser scanning methods:1||photonic crystal:1||Au:1||metal cladding:1||resonance:1||Photonic crystal slab:1||low dimensional materials:1||antireflection:1||optical interconnects:1||Hybrid:1||parameter retrieval method:1||light absorption:1||optical spectroscopy:1||characterization techniques:1||magnetic dipole:1||chiral molecule:1||surface plasmon excitation:1||high permittivity metasurfaces:1||phase discontinuity:1||3D annular nanostructure:1||diffraction:1||Plasmonic antenna:1||A wetetching process:1||Antenna:1||singlecrystal:1||monocular depth cues:1||nanoantenna:1||terahertz active device:1||microwave photonics:1||projected band structure:1||impedance matching:1||molecularspecific sensing:1||Raman spectrometer:1||Miniaturization:1||lightcoupled in situ transmission electron microscopy:1||equivalent circuit model:1||recursive Born approximation:1||PSTD:1||homogenization:1||optical slot antenna:1||resonators:1||Lightemitting diodes:1||YagiUda:1||SiO2 cone:1||Terahertz spectroscopy:1||Poly (3methylthiophene):1||nanoparticle:1||Diffraction theory:1||Perfect transmission:1||leaky wave:1||exciton polaritons:1||electronic structures:1||permittivity:1||dielectric nanoparticles:1||plasmonic nanoparticles:1||CMOS image sensor:1||broadband absorber:1||Metamaterial:1||causality:1||optical materials:1||metallic nanoslot:1||biomolecules:1||silicon metamaterials:1||templates, nanorings:1||interference:1||Nanophotonics And Plasmonics:1||OpenCL:1||surface plasmon polariton:1||paired antenna:1||threedimensional display systems:1||headmounted displays:1||phase transition device:1||Au nanoparticle:1||Funneling:1||Nearfield:1||subwavelength:1||enhancement:1||metal:1||Projected band structure metal cladding:1||interband transition:1||chiral Fano resonances:1||topological polarization singularities:1||spectroscopy:1||spatiotemporal dispersion:1||terahertz imaging:1||singlepixel imaging:1||Reconstruction:1||nanopatterning:1||twodimensional matter:1||perfect electric conductor:1||deep learning:1||reconfigurable metasurface antenna:1||fibertochip coupling:1||Parallelization:1||permittivity tailoring:1||ultrathin semiconductor films:1||phase retardation:1||refractive index changes:1||modeling:1||terahertz (THz) waves:1||slotslot interaction:1||Effective medium:1||subskin depth barrier:1||multifocus display systems:1||terahertz VO2:1||lightemitting diode:1||photonic crystal slab:1||Field enhancement:1||optical antenna:1||frequency filtering:1||reciprocity:1||van der Waals materials:1||autoencoder:1||waveplate:1||enantiomers:1||integration to photonic devices:1||optical slot YagiUda antenna:1||reflection:1||soft fluidity:1||circular dichroism:1||biosensing:1||Rectangular waveguide:1||Subject Areas:1||GaN:1||terahertz nano slot antenna:1||Surface plasmon resonance:1||Finitedifference time domain method:1||MEHPPV:1||light polarisation:1||waveguide:1||metallic tube:1||strong coupling:1||acoustic wave:1||optimization algorithm:1||widefield optical lithography:1||Lorentz model:1||Green's function:1||

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