Research Subjects
List of Research Subjects
1. Point Processes and Stochastic Processes Related with Random Matrix Theory
1.1 Eigenvector-Overlap Processes of Non-Hermitian Matrix-valued Stochastic Processes
Eigenvalues, eigenvector-overlaps, and regularized Fuglede--Kadison determinant of the non-Hermitian matrix-valued Brownian motion [arXiv], Makoto Katori
Numerical study of eigenvector-overlaps and the regularized FK determinants of the non-Hermitian matrix-valued stochastic processes [slide], Yuya Tanaka, (2023.11.08)
Rings-to-Disk Transitions in Complex Eigenvalue Processes [slide], Yuya Tanaka, (2023.08.18)
PDE of the potential field for eigenvalues and eigenvector-overlaps of the non-Hermitian matrix-valued BM [poster] [slide], Yuya Tanaka, (2023.06.05)
1.2 Eigenvalue and Pseudospectrum Processes
Eigenvalue processes generated by the cyclic permutation matrix and by the shift matrix with perturbation [slide], Saori Morimoto, (2023.11.08)
1.3 Determinantal Point Processes and Hyperuniformity
Local universality of determinantal point processes on Riemannian manifolds [arXiv] [paper], Makoto Katori
Hyperuniformity of the determinantal point processes associated with the Heisenberg group [arXiv] [paper], Makoto Katori
Zeros of the i.i.d. Gaussian Laurent series on an annulus: weighted Szego kernels and permanental-determinantal point processes [arXiv] [paper], Makoto Katori
Partial Isometries, Duality, and Determinantal Point Processes [arXiv] [paper], Makoto Katori
Local number variances and hyperuniformity of the Heisenberg family of determinantal point processes [arXiv] [paper], Makoto Katori
Pfaffian Point Processes from Free Fermion Algebras: Perfectness and Conditional Measures [arXiv] [paper], Shinji Koshida
Bessel Processes, Schramm-Loewner Evolution, and the Dyson Model (Springer, 2016), Makoto Katori
2. Interacting Particle Systems Modeling Complex Systems
2.1 Percolation Models and Epidemic Models in Mathematical Physics
Spreading and suppression of infection clusters on the Ginibre continuum percolation clusters [arXiv], Makoto Katori
Continuum percolation and stochastic epidemic models on Poisson and Ginibre point processes [arXiv] [paper], Makoto Katori
2.2 Group Behavior and Path Selection of Ants
Switching particle systems for foraging ants showing phase transitions in path selections [arXiv], Ayana Ezoe
Switching particle systems for foraging ants showing phase transitions in path selections [slide], Ayana Ezoe, (2023.11.08)
Particle Systems for Foraging Ants and Annihilation and Creation of Paths, Saori Morimoto
2.3 Traffic Flow and Jamming
Classifications and Generalizations of Traffic Flow Models in Statistical Mechanics [slide], Saori Morimoto, (2023.08.18)
3. Schramm-Loewner Evolution (SLE) and Gaussian Free Fields
Point Processes and Multiple SLE/GFF Coupling [arXiv], Makoto Katori
Three phases of multiple SLE driven by non-colliding Dyson’s Brownian motions, [arXiv] [paper], Makoto Katori, Shinji Koshida
Multiple backward Schramm--Loewner evolution and coupling with Gaussian free field [arXiv] [paper], Shinji Koshida
Gaussian free fields coupled with multiple SLEs driven by stochastic log-gases [arXiv] [paper], Makoto Katori, Shinji Koshida
4. Elliptic Extensions
On an identity of Chaundy and Bullard. III. Basic and elliptic extensions, [arXiv], Makoto Katori
Elliptic Extensions in Statistical and Stochastic Systems, [paper], Makoto Katori
5. Representation Theory and Non-Commutative Probability
GICAR algebras and dynamics on determinantal point processes: discrete orthogonal polynomial ensemble case [arXiv], Ryosuke Sato
Multiplicative Characters and Gaussian Fluctuation Limits, [arXiv], Ryosuke Sato
Functional equations solving initial-value problems of complex Burgers-type equations for one-dimensional log-gases, [arXiv] [paper], Taiki Endo, Makoto Katori
Free field approach to the Macdonald process, [arXiv] [paper], Shinji Koshida
The quantum group dual of the first-row subcategory for the generic Virasoro VOA, [arXiv] [paper], Shinji Koshida
Free field theory and observables of periodic Macdonald processes, [arXiv] [paper], Shinji Koshida,