I am a new second-year graduate student at Department of Condensed Matter Physics, Hokkaido University. I am interested in condensed matter physics, particularly the phenomenon of frustration in magnetic materials. Fascinating and complex magnetic orderings emerge from frustration and the resulting topological structures. I am studying physics and using numerical methods to simulate models, such as the frustrated Heisenberg model, under the mean-field approximation. In addition to physics, I am passionate about assembling and maintaining high-spec workstations for scientific computation.

我从2025年四月开始在北海道大学的凝聚态物理专业成为一名博士前期（硕士）2年级学生。 我对凝聚态物理感兴趣，特别是磁性材料中的阻挫（frustration）现象。 一些有趣且复杂的磁序从阻挫和由此构建的拓扑结构中产生（比如磁性斯格明子）。 我正在学习物理，并使用数值方法模拟诸如海森堡模型等在平均场近似下的模型。 除了物理，我还热衷于组装和维护用于科学计算的高性能工作站。

NEWS

• 2025.02.18 The preprint of my unpublished article titled “A square skyrmion lattice in multi-orbital $f$-electron systems” is available on arXiv. (arXiv:2502.11765)

  我的尚未正式发表的论文手稿，题为：“多轨道$f$电子系统中的方形磁性斯格明子晶格”，现在可以在arXiv上查看（arXiv:2502.11765）。

• 2025.02.16-2025.02.18 I gave a poster presentation entitled ‘Mean-field analysis of a square skyrmion lattice in multi-orbital $f$-electron systems’ at ‘Workshop on theory of cross correlations, multipoles, and computational material design’. @Gotemba Tokinosumika, Gotemba, Shizuoka, Japan

  在位于日本静冈县御殿场的御殿場高原召开的‘Workshop on theory of cross correlations, multipoles, and computational material design’中，我以学术海报的形式进行了题为“对于多轨道$f$电子系统中涌现出的方形磁性斯格明子晶格的平均场分析”的学术报告。

• 2025.02.15 I created my own personal academic website using templete.

  今天我使用模版创建了属于我自己的个人学术网站！具体信息可以参照知乎用户一只野生钢铁侠在知乎上的文章。

• 2024.09.20-2024.09.23 I attended ‘Asymmetry Autumn School’ as a student. @National Taisetsu Youth Friendship Center, Biei, Hokkaido, Japan

  我以学员的身份参加了在日本北海道中部美瑛町的国立大雪青少年交流之家召开的”非平衡量子青年研究者秋季学校（アシンメトリ量子若手秋の学校）”。

Notes

• 2024.10.17 I created a note entitled ‘From Classical Heisenberg Model to Spiral Magnetism’, which guides readers through using the Classical Heisenberg Model to determine the conditions under which spiral-magnetic configuration emerges. The note is available in both the Chinese version and the Japanese version, and I apologize that there is currently no English version.

  我编写了一个note，题为“从古典海森堡模型到螺旋磁性”（日本語：『古典 Heisenberg 模型から螺旋磁性へ』。 目的是让从事螺旋磁性研究的研究者更好地理解如何推导出螺旋磁性产生的条件。目前有中文版和日本語版，很抱歉没有英文版。

• 2024.10.17 I created a note entitled ‘One-Dimensional Ising Model: Phase Transition, Symmetry Breaking, and the Critical Exponent of Heat Capacity at Constant Volume’. The note is available in the Chinese version only.

  我编写了一个note，题为“一维伊辛(Ising)模型: 相变，对称性破缺与定积热容的临界指数”。 目的是让统计力学的初学者更好地理解一维伊辛模型的性质。目前仅有中文版本。