Superconductivity assisted by interlayer pair hopping in multilayered cuprates K Nishiguchi, K Kuroki, R Arita, T Oka, H Aoki
Physical Review B 88 (1), 014509, 2013
28 2013 Tunable induced magnetic moment and in-plane conductance of graphene in Ni/graphene/Ni nano-spin-valve-like structure: A first principles study Y Wicaksono, S Teranishi, K Nishiguchi, K Kusakabe
Carbon 143, 828-836, 2019
22 2019 Material-dependent screening of Coulomb interaction in single-layer cuprates S Teranishi, K Nishiguchi, K Kusakabe
Journal of the Physical Society of Japan 87 (11), 114701, 2018
9 2018 Superconductivity arising from layer differentiation in multilayer cuprates K Nishiguchi, S Teranishi, K Kusakabe, H Aoki
Physical Review B 98 (17), 174508, 2018
5 2018 Effect of on-site Coulomb repulsion on ferromagnetic fluctuations in heavily overdoped cuprates S Teranishi, K Nishiguchi, S Yunoki, K Kusakabe
Journal of the Physical Society of Japan 90 (9), 094707, 2021
4 2021 Self-Doping Effect Arising from Electron Correlations in Multilayer Cuprates K Nishiguchi, S Teranishi, K Kusakabe
Journal of the Physical Society of Japan 86 (8), 084707, 2017
4 2017 Possible superconductivity induced by a large spin-orbit coupling in carrier doped iridium oxide insulators: A weak coupling approach K Nishiguchi, T Shirakawa, H Watanabe, R Arita, S Yunoki
J. Phys. Soc. Jpn. 88, 094701 (2019), 2019
3 2019 Edge States Caused by Shift of Dirac Points at the Armchair Edge of Distorted Nanographene K Kusakabe, K Nishiguchi, S Teranishi, Y Wicaksono
Journal of the Physical Society of Japan 87 (8), 084706, 2018
3 2018 Characterization of Planar Defect in Layered Perovskite Photocatalyst Y2 Ti2 O5 S2 by Electron Microscopy and First-Principles Calculations M Nakabayashi, K Nishiguchi, X Liang, T Hisatomi, T Takata, ...
The Journal of Physical Chemistry C 127 (16), 7887-7893, 2023
2 2023 First-Principles Investigation on the Heterostructure Photocatalyst Comprising BiVO4 and Few-Layer Black Phosphorus T Tsuchimochi, K Takaoki, K Nishiguchi, SL Ten-no
The Journal of Physical Chemistry C 125 (40), 21840-21850, 2021
2 2021 Material Optimization of Potential High-T c Superconducting Single-Layer Cuprates S Teranishi, K Nishiguchi, K Kusakabe
Journal of the Physical Society of Japan 90 (5), 054705, 2021
2 2021 Possibility of N-type Doping in CaAl2 Si2 -type Zintl Phase Compound CaZn2 X 2 (X = As, P) K Nishiguchi, M Ochi, CH Lee, K Kuroki
Journal of the Physical Society of Japan 91 (6), 064707, 2022
1 2022 Random phase approximation for superconducting states in multi-orbital Hubbard models with spin-orbit coupling K Nishiguchi, T Shirakawa, H Watanabe, S Yunoki
Journal of Physics: Conference Series 807 (5), 052013, 2017
1 2017 Ferromagnetic fluctuations in thermoelectric Heusler alloy Fe2 VAl: A weak-coupling approach K Nishiguchi
Bulletin of the American Physical Society, 2024
2024 Possibility of N-type Doping in CaAl₂Si₂-type Zintl Phase Compound CaZn₂X₂ (X= As, P) K Nishiguchi, M Ochi, CH Lee, K Kuroki
Journal of the Physical Society of Japan 91 (6), 2022
2022 An enhancement mechanism of two-particle exchange interactions in single-and multi-layer cuprate superconductors S Teranishi, S Miyao, K Nishiguchi, K Kusakabe
arXiv preprint arXiv:1704.06449, 2017
2017 An effective 2-band K Nishiguchi, S Teranishi, S Miyao, G Matsushita, K Kusakabe
Bulletin of the American Physical Society 62, 2017
2017 An effective 2-band eg model of sulfur hydride H3 S for high-Tc superconductivity K Nishiguchi, S Teranishi, S Miyao, G Matsushita, K Kusakabe
APS March Meeting Abstracts 2017, V38. 013, 2017
2017 Enhancement mechanisms of two-particles exchange scattering processes in single-layer cuprate superconductors S Teranishi, S Miyao, K Nishiguchi, K Kusakabe
APS March Meeting Abstracts 2017, B41. 007, 2017
2017 Possible Superconductivity Induced by Strong Spin-Orbit Coupling in Carrier Doped Iridium Oxides Insulators K Nishiguchi, T Shirakawa, H Watanabe, R Arita, S Yunoki
APS March Meeting Abstracts 2014, J4. 008, 2014
2014 
Ryotaro AritaResearch Center for Advanced Science and Technology, University of TokyoBestätigte E-Mail-Adresse bei g.ecc.u-tokyo.ac.jp
