Presentations

1. ``Infrared Renormalons, Bion Ambiguities, and Resurgence in Compactified Gauge Theories,''

Takushoku University, 2026/3/17

2. ``Towards a nonperturbative formulation of non-Hermitian quantum physics: resonance, complex scaling, and resurgence analysis,''

Takushoku Univ., 2026/1/21 (slide)

3. ``What is quantum resonance -a viewpoint from resurgence theory-,''

Kobe Univ., 2025/11/26 (slide)

4. ``Exact WKB framework for quantum resonance and spectral theory,''

Tohoku Univ., 2025/11/21 (slide)

5. ``Non-perturbative Confirmation of the Wilson-Fisher Fixed Point via Gradient Flow in 3D O(N) Sigma Model,''

Kyoto Univ., 2025/10/29 (slide)

6. ``Exact WKB as unified analytic structure for resonance physics,''

Math-Phys Working Group in RIKEN iTHEMS, 2025/6/27 (slide)

7. ``Non-perturbative formulation of resonant quantum mechanics within unified exact WKB framework,''

Asymptotics in Astrophysics Working Group in RIKEN iTHEMS, 2025/5/28 (slide)

8. ``Winding number on 3D lattice,''

CREST Research Seminar on ``Theoretical studies of topological phases of matter,'' 2025/5/2 (slide)

9. ``Computational lattice foundation of generalized symmetry and its applications,''

Univ. of Tsukuba, 2024/11/22

10. ``Lattice non-perturbative foundation of generalized symmetry and applications,''

Shinshu Univ., 2024/11/19 (slide)

11. ``Towards computational foundations of generalized symmetries,''

Field Theory Research Team in RIKEN R-CCS, 2024/4/26 (slide)

1. ``Dyon Condensation at θ=2π from Wilson-'t Hooft Loops in Yang-Mills Theory,''

the 43rd International Symposium on Lattice Field Theory (Lattice2026), Univ. of Maryland, College Park, 2026/7/29 (slide)

2. ``Lattice 2D $U(1)$ chiral gauge theory and magnetically charged vertex operators via bosonization,''

Frontiers of Lattice Fermions, YITP, 2026/7/2 (slide)

3. ``Unified exact WKB framework for quantum resonance and scattering theory,''

KEK Theory Workshop 2025, KEK, 2025/12/16 (slide)

4. ``Direct numerical simulation of 't~Hooft partition function and (de)confining phase,''

the 42nd International Symposium on Lattice Field Theory (Lattice2025), Tata Institute of Fundamental Research (TIFR), 2025/11/4 (slide)

5. ``Resonances, Spectral Theory, and the Resurgent Structure,''

Japan-UK Workshop on Quantum Gravity, RIKEN Kobe, 2025/9/23 (slide)

6. ``Lattice simulation of Wilson-'t Hooft classification in SU(2) Yang-Mills theory with θ term,''

iTHEMS NOW&NEXT 2025, Poster, RIKEN, 2025/7/24

7. ``Lattice implementation of generalized symmetry and 't Hooft anomaly,''

NCTS-iTHEMS Joint Workshop on Matters to Spacetime: Symmetries and Geometry, National Taiwan Univ., 2024/8/29 (slide)

8. ``Lattice study of RG fixed point based on gradient flow in 3D O(N) sigma model,''

the 41st International Symposium on Lattice Field Theory (Lattice2024), The Univ. of Liverpool, 2024/7/30 (slide)

9. ``Symmetry and anomaly in lattice gauge theory,''

iTHEMS NOW&NEXT 2024, Poster, RIKEN, 2024/7/19 (slide)

1. ``Complex scaling approach to quasinormal modes of Schwarzschild and Reissner-Nordstr\"om black holes,''

JPS 2026 Annual (81st) Meeting, Univ. of Tokyo, 2026/9/14 (slide)

2. ``Complex scaling approach to black-hole quasinormal modes and continuum response,''

Strings and Fields 2026, 2026/8/18 (slide)

3. ``Towards a nonperturbative formulation of non-Hermitian quantum physics,''

Particle-Physics Endeavor Across Kyushu (P^2EAK), 2026/7/20 (slide)

4. 「複素スケーリング法による量子共鳴としての例外点の幾何学的位相」

(``Geometric phase of exceptional point as quantum resonance in complex scaling method'')

JPS 2026 Spring Meeting, Online, 2026/3/23 (slide)

5. 「動径Schrödinger方程式における複素解析構造とリサージェンス」

(``Complex Analytic Structure and Resurgence in the Radial Schrödinger Equation'')

JPS 2026 Spring Meeting, Online, 2026/3/23 (slide)

6. 「格子QCDシミュレーションによる閉じ込め相の研究」

(``Study of confinement phase based on lattice QCD simulation'')

Ikushi Prize Laureates’ Networking Meeting, Univ. of Tokyo, 2025/11/28

7. 「量子力学的共鳴を扱うための統一的な完全WKB解析の枠組み」

(``Unified exact WKB framework for quantum mechanical resonance'')

JPS 2025 Annual (80th) Meeting, Hiroshima Univ., 2025/9/19 (slide)

8. 「共鳴物理の完全WKB法による非摂動解析」

(``Non-perturbative analysis of resonance physics by exact WKB method'')

TQFT2025, The Univ. of Tokyo, 2025/9/5 (slide)

9. 「完全WKB解析を用いた共鳴現象の非摂動論的理解」

(``Non-perturbative understanding of resonant phenomena based on exact WKB analysis'')

Strings and Fields 2025, YITP, Kyoto Univ., 2025/8/1 (slide)

10. ``Winding number on 3D lattice,''

JuliaQCD User Briefing, Tsukuba Univ., 2025/5/16

11. ``Lattice non-perturbative understanding of generalized symmetries and applications,''

JPS 2025 Spring Meeting, Online, 2025/3/18 (slide)

12. 「完全WKB解析による準安定共鳴状態の非摂動定式化」

(``Non-perturbative formulation of quasi-stationary resonant state based on exact WKB method'')

JPS 2024 Annual (79th) Meeting, Hokkaido Univ., 2024/9/18

13. ``Complete implementation of generalized symmetries on the lattice,''

Discrete Approaches to the Dynamics of Fields and Space–Time 2024, Tokyo Institute of Technology, 2024/9/3 (slide)

1. Coffee Meeting Talk @iTHEMS, 2025/12/12:

``Aspects of Quantum Resonance Revisited'' (note) (youtube)

2. Journal Club @Durham Univ., 2025/2/17:

``Lattice implementation of gauge field topology and generalized symmetry''

3. Coffee Meeting Talk @iTHEMS, 2024/9/13:

``Gauge field topology on the lattice'' (note)