ScholarWorks@Hanyang University: Song, Seok Ho

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Song, Seok Ho (송석호)

COLLEGE OF NATURAL SCIENCES (DEPARTMENT OF PHYSICS)

Research Area: 광학, 광자학, 디스플레이, Optics, Photonics, Display

Tel 02-2220-0923
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Surface plasmons:7||Plasmonics:4||Thin films:3||Large area lithography:3||Nanophotonics:3||Waveguide:2||Accomodation stimulusresponse:2||Hologram mask:2||Fine pattern lithography:2||Finite model eye:2||Periodic arrays:2||Periodic elements:2||InGaN/GaN quantum well:2||Integrated optics devices†Email: sangin@ajou.ac.krφφ(a)(b):2||October 2007338 한국광학회지 제 권 제 호 년 월18 5:2||Nanoindented films:2||Light emitting diodes:2||Leakymode resonance:2||Nanocavity lasers:2||Nanocups:2||Nanolithography:2||2007 10:2||Nanoplasmonics:2||Retinal image quality†Email: koptics@dongnam.ac.kr《연구논문》Hankok Kwanghak Hoeji:2||Biosensors:2||Number 5:2||Guidedmode resonance:2||Surface relief hologram:2||surface plasmonpolaritons:2||TIR holographic lithography:2||lightemitting diodes:2||Aberration:2||Volume 18:2||Lithiumion battery:1||Mask grating:1||Metal stripe waveguide:1||Microphotonics:1||Model eye:1||Multifocal lens:1||Nanophotonics:1||Nanoscale waveguides:1||Offaxis illumination:1||Optical Interconnection:1||Optical frequency domain reflectometry:1||Optical interconnection:1||Optical lithography:1||Optical printed circuit board:1||Passive optical network:1||Photonic Crystal:1||Photonic Integration:1||Photonic crystal:1||Photonic integration:1||Polarizationdirected flat:1||Purcell enhancements:1||Purcell factor:1||Real time measurement:1||Rectangular arrays:1||Resolution enhancement:1||Surface plasmon:1||Surface plasmon polaritons:1||Temperature distribution measurement:1||Total external reflection:1||Tunable wavelength filter:1||VLSI photonics:1||Waveguides:1||adiabatic processes:1||atomic force microscopy:1||bilayer liftoff:1||budding yeast cell:1||curing:1||curved:1||diffraction gratings:1||electron beam lithography:1||energy velocity:1||exceptional point:1||exceptional points:1||geometric phase optical element:1||gold:1||gratings:1||green laser annealing crystallization:1||group velocity:1||guidedmode resonance:1||integrated optics:1||interference:1||interferometric optical tweezers:1||intraocular lens:1||light interference:1||low light absorption:1||metamaterials:1||metasurfaces:1||nanoantenna:1||nanocavities:1||nanocomposite:1||nanoparticles:1||nanostructured materials:1||nonHermitian Hamiltonians:1||nonHermitian effect:1||optical devices:1||optical polymers:1||optical properties of photonic materials:1||optical trap:1||optical waveguides:1||paritytime symmetry:1||periodic structures:1||phase retrieval:1||photolithography:1||plasmonic devices:1||plasmonics:1||polysilicon metasurface:1||polyimide:1||polymer films:1||refractive index:1||resonance light scattering:1||submicronpixel color filter:1||subwavelength grating:1||subwavelength structures:1||surface plasmons:1||topdown alignment:1||topological effect:1||waveguides:1||3D display:1||Accommodated eye:1||Analytical models:1||Angular multiplexing:1||Bending insensitivity:1||Bendinginsensitive optical cord:1||Bragg gratings:1||CMOScompatibility:1||Camera:1||Color run:1||Color sense:1||Cu nanoparticles:1||Cu2O nanoparticles:1||DMD imaging:1||DOE:1||Diffraction Efficiency:1||Diffractive Lens:1||Dipole radiation:1||Distribution optical fiber sensor:1||Dummy mask:1||Electrowetting:1||FDTD:1||Fiber to the home:1||Grating diffraction efficiency:1||Hexagonal arrays:1||Holey fiber:1||Holographic photo lithography:1||Image stitching:1||Lens design method:1||Light emitting diode:1||Light field display:1||Liquid lens:1||

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