Researcher Database | Higher Education Support Center | Takashi Uchida |

（Last updated : 2022-09-19 14:13:57）

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Takashi Uchida

Department / Course Hokkaido University of Science Higher Education Support Center

Job Professor

Academic background
1992/03 Degree Acquisition
1989/03 Degree Acquisition

Present specialized field
Others

Book and thesis
Books	Theoryofitinerant-electronspin-glassinamorphousFe Itinerant Electron Magnetism: Fluctuation Effects, edited by D. Wagner et al., Kluwer Academic Publishers ISBN 0-7923-5203-3 (Co-authored) 1998/10
Papers	Spontaneous formation of multiple-Q orders in inversion-symmetric Hubbard Models Activity Report 2021,pp.316-316 (Sole-authored) 2022/07
Papers	On the effects of heat dissipation on the specific heat measurement of a metal Japanese Journal of Applied Physics Education,pp.1-6 (Co-authored) 2022/06/20
Papers	Multiple helical spin density waves in inversion-symmetric itinerant magnets Activity Report 2020,pp.318-318 (Sole-authored) 2021/06
Papers	Magnetic structures of multiple-Q states in frustrated itinerant magnets Activity report 2019 / Supercomputer Center, Institute for Solid State Physics, The University of Tokyo (Sole-authored) 2020/06
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Academic conference presentation
2022/09/13	Multiple-Q states in the inversion-symmetric triangular lattice Hubbard model II
2022/03/16	Multiple-Q states in the inversion-symmetric triangular lattice Hubbard model
2021/09/21	Multiple helical spin density waves in the inversion-symmetric triangular Hubbard model
2006/08	Molecular Dynamics Approach to Magnetic Alloys Showing Multi-Step Magnetic Transitions: Fe_20Cr_80-xMn_x alloys (International Conference on Magnetism 2006 ABSTRACTS)
2003/07	Phenomenological Theory of Helical Multiple Spin Density Waves in FCC Transition Metals (International Conference on Magnetism 2003 Abstracts)
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Research topic, funded research, and department laboratory expense
2007 ～ 2009	First-principles molecular dynamics theory of magnetic structures and phase transitions in the frustrated antiferromagnetic alloys