| ■ 刊行論文 
 
            
              | 原著 |  
              | 1. | Masahito Mochizuki, Keisuke Ihara, Jun-ichiro Ohe, and Akihito Takeuchi: 
                    Highly efficient induction of spin polarization by circularly polarized electromagnetic waves in the Rashba spin-orbit systems. 
                    Applied Physics Letters 
                    112
                    
                    :122401
                    
                    , 2018 |  
              | 2. | Naoya Arakawa, and Jun-ichiro Ohe: 
                    Negative magnetothermal resistance in a disordered two-dimensional antiferromagnet. 
                    Physical Review B 
                    96
                    
                    :214404
                    
                    , 2017 |  
              | 3. | Naoya Arakawa and Jun-ichiro Ohe: 
                    Weak localization of magnons in a disordered two-dimensional antiferromagnet. 
                    Physical Review B 
                    97
                    
                    :020407
                    
                    , 2018 |  
              | 4. | M. Mito, H. Ohsumi, K. Tsuruta, Y. Kotani, T. Nakamura, Y. Togawa, M. Shinozaki, Y. Kato, J. Kishine, J. Ohe, Y. Kousaka, J. Akimitsu, and K. Inoue: 
                    Geometrical protection of topological magnetic solitons in microprocessed chiral magnets. 
                    Physical Review B 
                    97
                    
                    :024408
                    
                    , 2018 |  | 
      | ■ 学会発表 
 
            
              | 国内学会 |  
              | 1. | ◎河原林透, 青木秀夫, 初貝安弘:
                  フラットバンド格子模型におけるディラック電子系の代数的変形. 
                  日本物理学会2017年秋季大会, 
                  盛岡、日本, 
                  2017/09 |  
              | 2. | 荒川直也, 大江純一郎:
                  乱れた反強磁性体中のスピン波伝播と熱輸送. 
                  日本物理学会, 
                  岩手大学, 
                  2017/09 |  
              | 3. | 小林芳成、嶋田裕樹、大江純一郎:
                  skyrmion 密度勾配におけるスピン流の数値解析. 
                  日本物理学会, 
                  岩手大学, 
                  2017/09 |  
              | 4. | 杉浦拓海, 大江純一郎:
                  ランダム磁気異方性を有する反強磁性体におけるマグノン拡散. 
                  日本物理学会, 
                  岩手大学, 
                  2017/09 |  
              | 5. | 星幸治郎、大江純一郎:
                  強磁性絶縁体を用いたスピンポンピングの数値的研究. 
                  日本物理学会, 
                  岩手大学, 
                  2017/09 |  
              | 6. | 嶋田裕樹, 大江純一郎:
                  スカーミオン格子における熱励起マグノンとスピン起電力. 
                  日本物理学会, 
                  岩手大学, 
                  2017/09 |  
              | 国際学会 |  
              | 1. | ◎Tohru Kawarabayashi:
                  Tilted Dirac Fermions in Lattice Models with Generalized Chiral Symmetry. 
                  International Workshop on "Variety and universality of bulk-edge correspondence in topological phases: From solid state physics to transdisciplinary concepts", 
                  Tsukuba, Japan, 
                  2018/01 |  
              | 2. | ◎K. Ishii, Y. Hatsugai, T. Kawarabayashi:
                  Topological characterization of quantum phases in an anisotropic Kagome magnet. 
                  International workshop "Variety and universality of bulk-edge correspondence in topological phases: From solid state physics to transdisciplinary concepts", 
                  Tsukuba, Japan, 
                  2018/01 |  
              | 3. | ◎M. Hirasaka, R. Itagaki, Y. Hatsugai, H. Aoki, T. Kawarabayashi:
                  Numerical study of irrational charges in fermion-vortex system. 
                  International workshop "Variety and universality of bulk-edge correspondence in topological phases: From solid state physics to transdisciplinary concepts", 
                  Tsukuba, Japan, 
                  2018/01 |  
              | 4. | ◎S. Fujisawa, T. Kawarabayashi:
                  Topological properties of q-deformed Wilson-Dirac model. 
                  International workshop "Variety and universality of bulk-edge correspondence in topological phases: From solid state physics to transdisciplinary concepts", 
                  Tsukuba, Japan, 
                  2018/01 |  
              | 5. | Naoya Arakawa, and Jun-ichiro Ohe:
                  Magnon thermal transport in a disordered two-dimensional antiferromagnet. 
                  Workshop on Antiferromagnetic Spintronics, 
                  Grenoble, France, 
                  2017/10 |  
              | 6. | Takumi Sugiura, Naoya Arakawa, and Jun-ichiro Ohe:
                  Heat current and Spin-wave transport in antiferromagnetic nanoporous material. 
                  Workshop on Antiferromagnetic Spintronics, 
                  Grenoble, France, 
                  2017/10 |  
              | 7. | ◎T. Kawarabayashi, H. Aoki, Y. Hatsugai:
                  Topological Description of Tilted Dirac Fermions with/without Mass. 
                  the 22nd international conference on Electronic Properties of Two-Dimensional Systems, 
                  State College,  USA, 
                  2017/08 |  
              | 8. | Jun-ichiro Ohe and Koujiro Hoshi:
                  Spin current thorough helical magnets. 
                  9th International School and Conference on Spintronics and Quantum Information Technology (SpinTECH), 
                  Fukuoka, Japan, 
                  2017/06 |  
              | 9. | Koujiro Hoshi and Jun-ichiro Ohe:
                  Electron transport induced by the magnon scattering of the thermal gradient. 
                  9th International School and Conference on Spintronics and Quantum Information Technology (SpinTECH), 
                  Fukuoka, Japan, 
                  2017/06 |  
              | 10. | Takumi Sugiura and Jun-ichiro Ohe:
                  Magnon diffusion in nanoporous magnets. 
                  9th International School and Conference on Spintronics and Quantum Information Technology (SpinTECH), 
                  Fukuoka, Japan, 
                  2017/06 |  
              | 11. | Yuhki Shimada and Jun-ichiro Ohe:
                  Nernst Voltage Generated by Magnon Hall Effect on Magnetic Skyrmion System. 
                  SpinTECH, 
                  Fukuoka, Japan, 
                  2017/06 |  |