Japanese

Hayami-Oiwa Group

Theses

卒業研究

  • Tenchi Endo 「Chirality induced by structural degrees of freedom」(2025)
  • Taisei Yamanaka 「Nonlinear nonreciprocal electoronic conductivity driven by magnetic field gradients」(2025)
  • Tatsuya Shirato 「Bimeron Crystals By A linearly Polarized AC Electric Field In Frustrated Magnets」(2025)
  • Ken Uchino 「Analysis of Spin-current Generation by Acoustic Waves in f-wave Altermagnets」(2025)
  • Shota Sukawa 「Non-reciprocal excitations in magnon-phonon hybrid systems」(2024)
  • Yuga Takasu 「Mean-field analysis of magnetic toroidal dipole ordering in a three-site cluster」(2024)
  • Shuhei Kanda 「(in Japanese) カイラルな結晶構造における新規非線形光学応答」(2023) [早期卒業]
  • Akane Inda「Nonlinear Transverse Magnetic Susceptibility under Electric Toroidal Dipole Ordering」(2023)
  • Ryota Yambe 「Noncoplanar double-Q state in d-p model with strong spin-charge coupling」(2019)
  • Takuya Matsumoto 「Nonreciprocal magnon excitations on a breathing kagome lattice」(2018)
  • Megumi Yatsushiro 「Magnetic instability in the Hubbard model on a zigzag chain with two types of antisymmetric spin-orbit couplings」(2017) [Best presentation award]
  • 修士論文

  • Akane Inda 「(in Japanese) 鏡映対称性の破れに伴う電気トロイダル多極子秩序相の物性」(2025)
  • Kazuki Okigami 「Numerical study of engineering skyrmion crystals based on magnetic frustration mechanism」(2023)
  • Ryota Yambe 「Theoretical study of noncoplanar magnetic structure in centrosymmetric itinerant magnet with orbital hybridization」(2021)
  • Takuya Matsumoto 「Nonreciprocal magnon excitations and magnetic toroidal multipoles owing to magnetic interactions based on crystal point group」(2020)
  • Megumi Yatsushiro 「Odd-parity augmented multipoles and cross-correlated phenomena under orbital degree of freedom」(2019)
  • 博士論文

  • Ryota Yambe 「Symmetry-based modeling for noncoplanar spin textures: crystal-dependent and laser-induced magnetic interactions」 (2023)
  • Megumi Yatsushiro 「Classification of Multipole in Magnetic Point Group and Exploration of Augmented Odd-Parity Multipole Physics」 (2022)