ScholarWorks@Soongsil University: Kim, Heesang

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Kim, Heesang (김희상)

College of Natural Sciences (Department of Physics)

Research Area: 초전도, 반도체, 중시계, superconductivity, semiconductor, mesoscopic system

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density of states:2||Valley filter:2||specific heat:2||magnetic semiconductor:2||TMDC:2||unconventional order parameter:2||anisotropic magnetization:2||quantum oscillation:2||2D material:2||Geometry:1||Hybrid Quantum Structure:1||Lowenergy device:1||Magnetic Barriers:1||Magnetic barrier:1||Metallicedgestate:1||MoS(2)zigzagnanoribbon:1||MoS2:1||MoS2 zigzag nanoribbon:1||Nanoflake:1||Nanoribbon:1||Numerical simulation:1||Physics education:1||Proximity effect:1||Sixbandtightbindingmodel:1||Spin Devices:1||Spin filtering:1||Spin inversion symmetry:1||Spinorbit coupling:1||Spinpolarized edge current:1||Straineffect:1||Superconductivity:1||Tightbinding model:1||Vacancy:1||Valley Zeeman effect:1||Valley polarization:1||Valleytronic transistor:1||Wearabledevice:1||ballistic transport:1||bilayer graphene:1||borocarbides:1||diluted magnetic semiconductor:1||energy spectrum:1||k center dot p Hamiltonian:1||magnetic quantum dot:1||magnetic quantum ring:1||magnetic superlattices:1||quantum dot:1||quantum transmitting boundary method:1||quantum wires:1||spin current:1||spin device application:1||spin polarization:1||spin polarized single electron transistor:1||spinminibands:1||spinpolarized currents:1||superconductivity:1||transfer matrix theory:1||transmission:1||결합 진동자:1||물리 교육:1||수치 시뮬레이션:1||AharonovBohm effect:1||Ballistic Transport:1||Bloch theory:1||Brokenspininversionsymmetry:1||Coupled oscillators:1||Dirac equation:1||Edge state:1||Exchange field effect:1||

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