ScholarWorks@SUNGKYUNKWAN UNIVERSITY: HUH, JOONSUK

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HUH, JOONSUK (허준석)

Science (Chemistry)

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/sub>:4||sub>:4||density functional theory:3||1D van der Waals material:3||boson sampling:3||quantum optics:2||synthesis:2||quantum simulation:2||Nb2Se9:2||vibronic spectroscopy:2||3<:2||fieldeffect transistor:2||linear optics:2||quantum machine learning:2||Machine learning:1||NADH:1||Nb<:1||Partial distinguishability:1||Pd<:1||Permuted genuinely incoherent operation:1||Quantitative structureactivity relationship:1||Quantum computing:1||Quantum convolutional neural network:1||Quantum machine learning:1||Se<:1||Sweetener prediction:1||Transfer learning:1||V2Se9:1||active sites:1||ambipolar behavior:1||anisotropic 2D materials:1||anomaly detection:1||band structure:1||bioactivity evaluation:1||chemistry simulations:1||circularly polarized luminescence (CPL):1||computational complexity:1||correlation functions:1||defectfree nanoribbon:1||deformation potential theory:1||densityfunctional perturbation theory:1||direct band gap transition:1||electrocatalyst:1||entropy:1||exfoliation:1||helicity control:1||hydrazone:1||hydroboration:1||hydrogen evolution reaction:1||indirecttodirect bandgap transition:1||indistinguishability:1||intrinsic carrier mobility:1||linear algebra:1||majorization:1||multiclass classification:1||ntype behavior:1||nanowires:1||niobium selenide:1||nonCondon:1||oneclass classification:1||onedimensional crystal:1||onedimensional materials:1||onedimensional single chain:1||organocatalysis:1||passive linear optics:1||phonon modes:1||quantum algorithm:1||quantum chemistry:1||quantum computing:1||quantum state discrimination:1||quantum supremacy:1||reductive amination:1||:1||selfassembly:1||semisupervised learning:1||squeezed light:1||structural water:1||super Brønsted acid:1||supramolecular polymerization:1||ultranarrow device application:1||vibronic:1||schottky barrier height:1||1D vdW materials:1||2<:1||8<:1||AuCl<:1||Boson sampling:1||Cbzamine:1||Chemical doping:1||Coherence resource theory:1||Feature analysis:1||Fieldeffect transistor:1||Gaussian boson sampling:1||Ligandbinding approach:1||Linear optics:1||

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