JPS 2024 Spring Meeting

1: ( Tutorial Presentation. ) Introduction to laser-driven Floquet engineering and nonlinear optical phenomena; Department of Physics, Chiba Univ.; Masahiro Sato
2: Excitation wavelength dependence of nonlinear optical response in the excitonic insulator Ta₂NiSe₅; Dept. of Physics, Kyoto Univ.; Katsuki Morimoto, Kento Uchida, Koichiro Tanaka
3: Nonlinear optical response of a s-wave superconductor NbN with using terahertz vortex beam; Dept. of Phys., Univ. of Tokyo^A, Cryogenic Research Center, Univ. of Tokyo^B; Kotaro Tanaka^A, Fumiya Sekiguchi^B, Naotaka Yoshikawa^A, Ryo Shimano^B

4: High-harmonic generation in one-dimensional Mott insulators; Dept. of Adv. Mat. Sci., Univ. of Tokyo^A, Dept. of Appl. Phys., Univ. of Tokyo^B, Dept. of Eng., NITech^C; D. Sakai^A, R. Ikeda^A, T. Hasegawa^B, T. Miyamoto^A,C, H. Okamoto^A, Xu Mingfang^B
5: High-harmonic generation in two-dimensional cuprate Mott insulators; Dept. of Advanced Materials Science, Univ. of Tokyo^A, Dept. of Apply Physics, Univ. of Tokyo^B, Nagoya Institute of Technology^C, AIST^D, Tokyo Institute of Technology^E; Ryohei Ikeda^A, Daiki Sakai^A, Xu Mingfang^B, Tetsu Sato^A, Tatsuya Miyamoto^A,C, Takao Sasagawa^D, Toshimitsu Ito^E, Kunihiko Oka^D, Hiroshi Okamoto^A
6: Entanglement and interference dynamics of SPDC light generated by electron-phonon system; Graduate School of Regional Development and Creativity, Utsunomiya University, RIKEN^A, School of Engineering, Utsunomiya University^B; Junya Ogiri, Hiroaki Minamide^A, Kunio Ishida^B
7: Parametric down-conversion in nonlinear metasurfaces; NIMS; Tetsuyuki Ochiai
8: Nonlinear Electric Field Enhancement by intense THz pulses coupling of the inhomogeneous metallic VO₂ nano structure; SANKEN, Osaka Univ., Graduate School of Engineering Science, Osaka Univ.^A; Azusa N. Hattori, Masaya Nagai^A, Ai I. Osaka, Shingo Genchi, Hui Ren, Hidekazu Tanaka
9: Parameter control and phase stability evaluation of counterrotating bicircular multi-terahertz pulse generation; ISSP, The Univ. of Tokyo^A, RAP, RIKEN^B; Kotaro Ogawa^A, Natsuki Kanda^A,B, Yuta Murotani^A, and Ryusuke Matsunaga^A

1: In-situ observation of growth process for single crystal of layered chalcogenide by using molten flux method; CST, Nihon Univ., Hiroshima Univ.^A; S. Demura, S. Kuwahara, C. Moriyoshi^A, Y. Takano
2: Preparation and structural characterization of 1D ripple graphene on 4H-SiC m-plane; Kyushu Univ., NIT-UC^A, IIS^B, ISSP^C, Tokyo Tech^D; Hitoshi Imamura, Anton Visikovskiy, Tomonori Ikari^A, Takushi Iimori^C, Kan Nakatsuji^D, Fumio Komori^B, Satoru Tanaka
3: The Electronic Structure of 1D-rippled Graphene on SiC m-Face; ISSP, Univ. of Tokyo, Faculty of Engineering, Kyushu Univ.^A, Dep. of Material Sci. and Eng., Tokyo Institute of Technology^B, KEK-IMSS^C; T. Iimori, H. Imamura^A, T. Katano^B, I. Seo^B, K. Ozawa^C, K. Mase^C, A. Visikovskiy^A, S. Tanaka^A, F. Komori^B, K. Nakatsuji^B
4: Theoretical Study on Precursors in CVD Growth of Graphene/hBN Heterostructures; Shimane Univ., NTT Basic Research Labs.^A, Kwansei-Gakuin Univ.^B; Hiroyuki Kageshima, Shengnan Wang^A, Hiroki Hibino^B
5: Two kinetic roughening points of KPZ and BKT universality classes on the (001) surface in 2D nucleation steady growth; Osaka Electro-Communication University; Noriko Akutsu
6: Off-angle dependence of surface growth rate for 2-D nucleation-limited growth; Osaka Electro-Communication University; Noriko Akutsu
7: Acceleration of Ostwald ripening by temperature cycling; Kanazawa Univ., Aichi Inst. Tech.^A; Hiroyasu Katsuno, Makio Uwaha^A

8: ( Invited Presentation. ) Nucleation and growth mechanism of high-pressures ices; Department of Chemistry, Zhejiang University; Kenji Mochizuki
9: Inmurity effects on the surface melting of ice crystals; ILTS, Hokkaido Univ.; Ken-ichiro Murata
10: Crystal Growth and Gelation Induced by Liquid-Liquid Contact; Faculty of Science and Technology, Gunma University; Takao Yamamoto
11: In situ observation of cluster formation process around critical nucleation conditions of depletion attraction colloidal crystals; Tokushima University; Yoshihisa Suzuki, Keigo Kishida
12: Surface melting of biphenyl crystals; Graduate School of Sciences and Technology for Innovation, Yamaguchi University; Harutoshi Asakawa

1: Bifurcation analysis of spatiotemporal patterns of nonreciprocal Swift-Hohenberg equations; Chiba Univ., WIUCAS^A; Yuta Tateyama, Hiroaki Ito, Shigeyuki Komura^A, Hiroyuki Kitahata
2: Hydrodynamic simulation of synchronization in the coupled Starling resistors; Grad. Sch. of Sci. and Eng., Chiba Univ., Grad. Sch. of Sci., Chiba Univ.^A; Y. Araya, H. Ito^A, H. Kitahata^A
3: Appropriate Poincaré sections in the computation of phases of spatiotemporal rhythmic dynamics; JAMSTEC, Kyoto Univ.^A; Arai Takahiro, Yoji Kawamura, Toshio Aoyagi^A
4: Analyzing legs and trunk coordination in human walking using a phase oscillator model; Grad. Sch. Info. Kyoto Univ., JAMSTEC^A, Grad. Sch. of Eng. Sci., Osaka Univ.^B, Dept. of Com. Eng. and Info. Univ. of Electro-Communications^C, Kyoto Univ.^D; Haruma Furukawa, Takahiro Arai^A, Shinya. Aoi^B, Tetsuro Funato^C, Kazuo Tsuchiya^D, Toshio Aoyagi

5: Exploring neural criticality through the structure of input-induced attractors in random neural networks under external perturbations; Fac. Sci. and Tech., Oita Univ., WPI-IRCN, The Univ. of Tokyo^A, Max Planck Inst. for Dyn. and Self-Org.^B, Inst. for Dyn. of Compl. Sys., Univ. of Göttingen^C; Hiromichi Suetani^A, Ulrich Parlitz^B,C
6: Analytical Estimation of Frequency Gap for Eigenvalues of Classical Liouvillian in Non-Integrable System around Resonance Points; Osaka Prefecture Univ., Osaka Metropolitan Univ.^A, Univ. of Texas at Austin^B, IIS Univ. of Tokyo^C; Kosuke Asano, Kenichi Noba^A, Tomio Petrosky^B,C
7: Non-trivial uniformly hyperbolic regions in the coupled Hénon map; Department of Physics, Tokyo Metropolitan University, RIKEN^A; Keisuke Fujioka, Li Jizhou^A, Akira Shudo
8: Chaotic behavior in gravity interaction model; Tokyo Tech, Sch. of Comp.^A, Sony CSL^B; Hajime Koike^A, Hideki Takayasu^B,A, Misako Takayasu^A
9: Solving non-linear ordinary differential equations for chemical kinetics using quantics tensor train; Saitama Univ., Osaka Univ.^A, Hokkaido Univ.^B, Univ. of Tokyo^C; Rihito Sakurai, Wataru Mizukami^A, Yuta Mizuno^B, Yusuke Himeoka^C, Hiroshi Shinaoka
10: Impact of the Casimir effect on stability of a graphene sheet levitated through diamagnetism; Eng. Univ. Hyogo; Norio Inui
11: Stochastic Bifurcations in Random Pomeau-Manneville Maps; TUS Dept. of Phys. & Astr.^A, HU Dept. of Math.^B; Tetsu Endo^A, Takuma Akimoto^A, Yuzuru Sato^B
12: Fractal dimension of deformed Sierpinski gasket; AIST; Masanori Shiro
13: Fractal dimension of collision times in multiple-particle systems and Bessel processes; Tsukuba Gakuin University, Heinrich-Heine-Universität Düsseldorf^A; Sergio ANDRAUS, Nicole HUFNAGEL^A
14: 3Dtrajectory analysis experiment and mathematical modeling of Euglena swimming in response to changes in light environments; Graduate School of Integrated Sciences for Life, Hiroshima University, Graduate School of Advanced Mathematical Sciences, Meiji University^A; Touya Kamikubo, Hiroshi Yamashita, Nobuhiko J. Suematsu^A, Makoto Iima

1: Analysis of phase transition points in a permutation model by real-space renormalization; Department of Physics, Tokyo Institute of Technology, International Research Frontier Initiative, Tokyo Institute of Technology^A, Graduate School of Information Sciences, Tohoku University^B, Sigma-i Co., Ltd.^C; Ryuki Ito, Masayuki Ohzeki^A,B,C
2: Correlation function between different sublattices and C_3v symmetry in the honeycomb lattice Potts model II; Nara Med. Univ., Tokyo Metropolitan Univ.^A; Masafumi Fujimoto, Otsuka Hiromi^A
3: Establishment of a systematic extrapolation method for critical exponent evaluation of nonequilibrium relaxation methods using machine learning.; Dept. of Engineering Sciences, Univ. of Electro-Communications; Yuma Osada, Yukiyasu Ozeki
4: Holographic RG for the Bethe lattice Ising model; Niigata Univ., YITP^A; Kouichi Okunishi, Tadashi Takayanagi^A
5: Nonlinearity in Canonical Ensemble based on Coarse-Grained Configuration Space; Kyoto Univ.; Koretaka YUGE, Seiru MIYAGAWA
6: First-principles derivation of classical spin models based on the spin cluster expansion; Univ. of Tokyo^A, RCAST Univ. of Tokyo^B, RIKEN CEMS^C; Tatsuto Hatanaka^A, Takuya Nomoto^B, Ryotaro Arita^B,C
7: Exponential efficiency enhancement of Monte Carlo method due to reducing rejection; Department of Physics, The University of Tokyo; Hidemaro Suwa

8: Hierarchy of the echo state property in quantum reservoir computing; IST UTokyo; Shumpei Kobayashi, Quoc Hoan Tran, Kohei Nakajima
9: Interacting Kitaev Chain with $\mathcal{N} = 1 Supersymmetry; YITP; Urei Miura, Totsuka Keisuke, Kenji Shimomura
10: Developing SUNED.jl; Dept. of Science, UTokyo; Masahiko G. Yamada
11: Developing SUNDMRG.jl; Dept. of Physics, UTokyo; Masahiko G. Yamada
12: Developing SuperVUMPS.jl; Dept. of Physics, UTokyo; Masahiko G. Yamada

1: The theory of quantum master equation with Poincaré symmetry; Kyushu Univ.; Kaito Kashiwagi, Akira Matsumura
2: Speed-accuracy trade-off relations for quantum measurements and operations; UEC^A, JST^B; Satoshi Nakajima^A, Hiroyasu Tajima^A,B
3: Dynamics of the clean Sachdev-Ye-Kitaev model at finite temperature; Dept. of Basic Science, Univ. of Tokyo, Dept. of Physics, Univ. of Tokyo^A; Soshun Ozaki, Hosho Katsura^A
4: Dynamics of a quantum system interacting with non-Gaussian baths: Poisson noise master equation; IMS^A, SOKENDAI^B; Ken Funo^A, Akihito Ishizaki^A,B
5: Markovianity and non-Markovianity of Particle Bath with Dirac Dispersion Relation; University of Tokyo, University of Tokyo^A, University of Kanagawa^B; Takanobu Taira, Naomichi Hatano^A, Akinori Nishino^B
6: Exact WKB analysis for adiabatic discrete-level Hamiltonians; NICT, Dept. of Phys. Waseda Univ.^A; Takayuki Suzuki, Eiki Taniguchi^A, Kaito Iwamura^A
7: Proof of the Wigner-Araki-Yanase theorem for unbounded and continuous conserved observables; Kyushu Univ., UEC^A; Yui Kuramochi, Hiroyasu Tajima^A

8: Theory of multiple quantum Mpemba effect: Roles of exceptional points and oscillations; Ramakrishna Mission Vidyamandira^A, TUAT^B, YITP^C; Amit Kumar Chatterjee^A, Satoshi Takada^B, ^○Hisao Hayakawa^C
9: Theoretical Study of Topological Entanglement-Spectrum Quench Dynamics for point-gapped systems under Lindbladian evolution.; YITP^A, APCTP^B, RIKEN^C; Pablo Bayona-Pena^A, Ryo Hanai^A,B, Takashi Mori^C, Hisao Hayakawa^A
10: Exceptional points of non-Hermitian Hubbard model and effects of the exceptional points in the GKSL equation; Dept. of Phys. Tokyo Tech.; Taiki Ishiyama, Tomohiro Sasamoto
11: Lindbladian PT phase transitions and dissipative continuous time crystals form the viewpoint of Schwinger bosons: The emergence of critical exceptional points; TokyoTech; Yuma Nakanishi, Tomohiro Sasamoto
12: Quantum heat engine in presence of exceptional points; Sanyo-Onoda City Univ., YITP Kyoto Univ.^A; Ryosuke Yoshii, Hisao Hayakawa^A
13: Effect of Liouvillian exceptional point on non-adiabatic quantum pumping in a double quantum dot system; Univ. of Yamanashi; Kazunari Hashimoto

1: Microrheology in Active Suspensions; Dept. of Phys., Univ. of Tokyo, IIS, Univ. of Tokyo^A; Takahiro Kanazawa, Akira Furukawa^A
2: Flocking in Brownian Bug Model with Self-Propulsion; Hiroshima Univ.^A, ExCELLS NINS^B; Seiya Takamura^A, Nen Saito^A,B
3: Concentration control and dynamics of colloidal particle transport and accumulation by microtubules; Grad. Sch. Sci, Tokyo Univ. of Sci.^A, Inst. Mol. Biol. Univ. of Oregon.^B, Grad. Sch. Sci. Kyoto Univ.^C; Yuki Matsuo^A, Yutaka Sumino^A, Mousumi Akter^B, Mst. Rubaya Rashid^C, Akira Kakugo^C
4: Motile w/w droplets: Changes in pattern and velocity of motile droplets associated with coil-to-globule transition of coexisting DNA; Univ. Tokyo, Tsukuba Univ.^A; Tomohiro Furuki^A, Hiroki Sakuta^B, Shingo Tabuchi, Daisuke S Shimamoto, ^○Miho Yanagisawa^B

5: Dynamics of long-lived DNA loops extruded by condensin complexes; ICReDD, Hokkaido Univ.; Tetsuya Yamamoto
6: Anomalous rheology of Chlamydomonas-like microswimmers suspensions; Dept. of Appl. Phys., Univ. of Tokyo, IIS, Univ. of Tokyo^A; Haruki Hayano, Akira Furukawa^A
7: Cell-cell Interaction of Collective Motion by Bacillus subtilis in a circular pool; Chuo Univ.; Yoshinaga Kase, Jun-ichi Wakita
8: Topological order and collective motion of myoblast populations between cylinders lattices.; Dept. Phys., Univ. Kyushu; Ryo Ienaga, Yusuke Maeda
9: State transitions and non-equilibrium contractile dynamics in active cytoskeletons; Dept. of Phys. Kyushu Univ.; T. Kashiwabara, Y. T. MAEDA
^●10: Effect of the confining geometry on self-organization of active cytoskeleton; Dept. Phys.. Kyushu Univ., Dept. Biomed. Eng. Yale Univ.^A; Archit Negi, Ryota Sakamoto^A, Yusuke T. Maeda

1: Point-Gap Topological Phases and Bulk-Edge Correspondence in Junction Systems: Multi-Segment Extension; Division of Applied Physics, Hokkaido University; Geonhwi Hwang, Hideaki Obuse
2: Non-Hermitian Landau-Zener transition; Dept. of Appl. Phys., Hokkaido Univ.; Ryu Frieson, Hideaki Obuse
^●3: Non-Trivial Topological Phase Induced by Stacking !LaTeX$\mathbb{Z}₂ Point-Gap Systems; Dept. of Appl. Phys., Hokkaido Univ., YITP, Kyoto Univ.^A; Zhiyu Jiang, Masatoshi Sato^A, Hideaki Obuse
4: Exceptional points induced by the nonlinearity of eigenvalues; Univ. of Tsukuba, Kyoto Univ.^A; Takuma Isobe, Tsuneya Yoshida^A, Yasuhiro Hatsugai
5: Characterization of exceptional points based on discriminants; Kyoto University, Tokyo University of Science^A, University of Tsukuba^B; Tsuneya Yoshida, Ryo Okugawa^A, and Yasuhiro Hatsugai^B
6: Mott skin effect in a bosonic chain; Kyoto University^A, University of Science and Technology of China^B, University of Zurich^C, Osaka University^D, Ritsumeikan University^E; Tsuneya Yoshida^A, Song-Bo Zhang^B, Titus Neupert^C, Norio Kawakami^A,D,E

7: Non-Hermitian topology in Hermitian topological matter; Department of Physics, Kyoto University^A, The Institute for Solid State Physics, the University of Tokyo^B; Shu Hamanaka^A, Tsuneya Yoshida^A, Kohei Kawabata^B
8: Non-equilibrium steady state of dissipative superconductors obeying the Lindblad equation; YITP, Kyoto Univ.; Kenji Shimomura, Masatoshi Sato
9: Dynamics of entanglement and particle number fluctuations in disordered non-Hermitian quantum systems; ISSP, Univ. of Tokyo, IIS, Univ. of Tokyo^A; Takahiro Orito, Ken-Ichiro Imura^A
10: Symmetry-protected topological feedback control; Univ. of Tokyo^A, iπ, Univ. of Tokyo^B, RIKEN CEMS^C; Masaya Nakagawa^A and Masahito Ueda^A,B,C
11: Edge states in Bosonic Bogoliubov-de Gennes characterized by non-Hermitian topology; Kyutech; Nobuyuki Okuma
12: Enhanced non-normality in non-Hermitian skin effects; YITP; Yusuke O. Nakai, Kenji Shimomura, Masatoshi Sato
13: Non-Hermitian skin effect in Floquet systems with dissipation; YITP, Kyoto University; Ryo Takami, Daichi Nakamura, and Masatoshi Sato

1: Information thermodynamic aspect of quantum energy teleportation; Dept. of Appl. Phys., Grad. Sch. of Eng., Tohoku Univ.^A, CSIS, Tohoku Univ.^B; Kanji Itoh^A, Yusuke Masaki^A, Hiroaki Matsueda^A,B
2: A Measure of Multipartite Quantum Correlation in terms of Work Extraction; Department of Applied Physics, University of Tokyo; Toshihiro Yada, Nobuyuki Yoshioka, Takahiro Sagawa
^●3: Improved real-space parallelizable matrix-product state compression and its application to unitary quantum dynamics simulation; RIKEN; Rongyang Sun, Tomonori Shirakawa, Seiji Yunoki
4: Heat flow from a measurement apparatus monitoring a dissipative qubit; Univ. Tsukuba; Tsuyoshi Yamamoto, Yasuhiro Tokura
5: Singularity of the Liouvillian gap in open quantum many-body systems and thermalization in isolated systems; Riken CEMS; Takashi Mori

6: Proof of the nonintegrability of the mixed field Ising chain; Dept. Basic Science, Univ. Tokyo; Yuuya Chiba
^●7: Quantum Equipartition Theorem for General Systems; Univ. of Tokyo, Univ. of Sci. and Tech. of China^A; Xin-Hai Tong, Yao Wang^A
8: Systematic construction of unconventional superconducting scar states; Dept. of Phys., Univ. of Tokyo^A, RIKEN CEMS^B; Shohei Imai^A, Naoto Tsuji^A,B
9: Analysis of the Quantum Effects on the Speed Limit Inequalities of Various Physical Quantities' Currents; UEC, IMS^A, JST^B; Kotaro Sekiguchi, Ken Funo^A, Hiroyasu Tajima^B
10: Unbounded amplification of quantum coherence under correlated-catalytic and marginal-asymptotic conversions; Dep. of Arts and Sciences, Univ. of Tokyo; Naoto Shiraishi, Ryuji Takagi

1: Storage capacity of fully connected two-layer neural networks with general activation functions; School of Engineering, Tohoku University^A, Graduate School of Information Sciences, Tohoku University^B, International Research Frontier Initiative, Tokyo Institute of Technology^C, Department of Physics, Tokyo Institute of Technology^D, Sigma-i Co., Ltd.^E; Sota Nishiyama^A, Masayuki Ohzeki^B,C,D,E, Kazuyuki Tanaka^B
2: Absorbing Phase Transitions in Artificial Deep Neural Networks; Univ. Tokyo, Aisin Corp.^A; Keiichi Tamai, Tsuyoshi Okubo, Truong Vinh Truong Duy^A, Naotake Natori^A, Synge Todo
3: Analysis of the last layer's scale in deep learning; AIST; Ryo Karakida
4: An effective construction scheme of machine-learning interatomic potential based on graph neural network for computing thermal conductivity II; Dept. of Phys., Kumamoto Univ., Univ. of Southern California^A; K. Shimamura, K. Nomura^A, A. Koura, and F. Shimojo
5: Long-time dynamics in deep learning of image data; Physics Department, Osaka University^A, Cybermedia Center, Osaka University^B; Orito Yusuke^A, Hajime Yoshino^A,B
6: Cancellation

7: Algorithm for Solving LASSO Using Diagonal Linear Networks; U. Tokyo; Kaito Takanami, Yoshiyuki Kabashima
8: Theoretical performance analysis of L1 regularized ICA; Ibaraki Univ.; Yusuke Endo, Koujin Takeda
9: Temperature-extended greedy algorithm using symmetry for matrix multiplication problem; Univ. of Tokyo; Yamato Arai, Yuma Ichikawa, Koji Hukushima
10: Performance Evaluation of Bayesian Optimization Using Factorization Machines; GSIS Tohoku Univ.^A, IRFI Tokyo Tech.^B, Dept. of Physics, Tokyo Tech.^C, Sigma-i Co.^D; Keisuke Morita^A, Masayuki Ohzeki^A,B,C,D
11: Nonnegative/binary matrix factorization with a Coherent Ising Machine; Tokyo Tech^A, Hiroshima City Univ.^B, Univ. Tokyo^C, NTT PHI^D; Yusuke Noda^A, MDSH Gunathilaka^A, Kazushi Mimura^B, Masato Okada^C, Yoshihisa Yamamoto^D, Toru Aonishi^A,C
12: Simultaneous Optimisation Approach for l0-Regularised Compressed Sensing with Amplitude Homogenised Coherent Ising Machines; Tokyo Tech^A, Hiroshima City Univ.^B, Univ. Tokyo^C, NTT PHI^D; Mahiro Yamazaki^A, MDSH Gunathilaka^A, Kazushi Mimura^B, Masato Okada^C, Yoshihisa Yamamoto^D, Toru Aonishi^C
13: Improved mathematical model of amoeba-inspired combinatorial optimization machines; Department of Applied Physics, Waseda University; Yusuke Miyajima, Masahito Mochizuki

1: Study of Optical Response in Charge-Spin Coupled System through Real-Time Simulation; Dept. of Applied Physics, Univ. of Tokyo, Research Center for Advanced Science and Technology, Univ. of Tokyo^A, Center for Emergent Matter Science, RIKEN^B; Kohei Hattori, Hikaru Watanabe^A, Takuya Nomoto^A, Ryotaro Arita^A,B
2: Coupled-wire construction of topological defects in 3D topological orders; University of Tokyo, University of Maryland^A; Yohei Fuji, Ryohei Kobayashi^A
3: Topological aspects of electromagnetic response in axionic charge density waves; National Institute for Materials Science; Akihiro Tanaka
4: Hyperuniformity in a Quasicrystalline Topological Superconductor; Fac. of Sci. Div. I Dept. of Appl. Phys. Tokyo Univ. of Sci.^A, Fac. of Adv. Eng., Dept. of Appl. Phys. Tokyo Univ. of Sci.^B, Center for Quantum Info. and Quantum Bio. Osaka Univ.^C; Masahiro Hori^A, Shota Sugimoto^A, Ryo Okugawa^A,B, Takanori Sugimoto^C, Takami Tohyama^A,B
5: A simple machine learning method for drawing phase diagrams of disordered electron systems using pooled wavefunctions; Sophia Univ.; Koji Kobayashi, Tomi Ohtsuki
6: TurboGenius: Python suite for high-throughput calculations of ab initio quantum Monte Carlo methods; NIMS, CNRS (Université Toulouse III)^A, CNRS (Sorbonne Université)^B, SISSA^C; Kousuke Nakano, Oto Kohulák^A, Abhishek Raghav^B, Michele Casula^B, Sandro Sorella^C
7: Beyond single-reference fixed-node approximation in ab initio Diffusion Monte Carlo; NIMS, SISSA^A, UCL^B, TYC^C, UniNa^D; Kousuke Nakano, Sandro Sorella^A, Dario Alfè^B,C,D, Andrea Zen^D

8: Construction of symmetry-adapted Closest Wannier models using multipole basis; RIKEN CEMS^A, Hokkaido Univ.^B, The Univ. of Tokyo^C, Meiji Univ.^D; Rikuto Oiwa^A, Akane Inda^B, Satoru Hayami^B, Takuya Nomoto^C, Ryotaro Arita^A,C, and Hiroaki Kusunose^D
9: Numerical Perturbative Calculations of Quantum Impurity Problems using Quantics Tensor Cross Interpolation; Saitama Univ.; Hirone Ishida, Natsuki Okada, Shintaro Hoshino, Hiroshi Shinaoka
^●10: A Compact Tensor Regression Model for Accelerating First-Principle Molecular Dynamics Simulations; Dept. of Phys., Univ of Tokyo, ISSP, Univ. of Tokyo^A; Li Hengyu, Taisuke Ozaki^A
11: First-principles calculation of Berry phases and electric polarization through the tight-binding density matrix; NanoMaRi, Kanazawa Univ.; Naoya Yamaguchi, Fumiyuki Ishii
12: Quantum Hall effect in graphene by the non-perturbative MFRTB method; Hiroshima Univ.^A, Univ. of Rajshahi^B, Shinshu Univ.^C; K. Higuchi^A, Md. A. Rashid^A,B, Md. L. Ali^A,B, W. Sakamoto^C, and M. Higuchi^C
13: Numerically tractable two component approximation of the Dirac equation: evaluation by molecular systems; Graduate School of IST, University of Tokyo; Yoshihide Yoshimoto
14: Non-perturbative calculation of exchange coupling constants by non-collinear density functional theory; Dept. Mater. Sci. Eng., Tokyo Tech; Tomonori Tanaka, Yoshihiro Gohda

1: A model of collective motion of fish using local visual information on the line of sight; Dept. of Phys., Tohoku Univ.; Susumu Ito, Nariya Uchida
2: Structure formation of electric field-driven Janus particles; Kyushu Univ., Kyoto Sangyo Univ.; Sadamatsu Chisato
3: Information processing capacity expressed in self-propelled particles driven by external fields; Oita U^A, NDA CS^B, Tokyo U IRCN^C; Toshiya Takami^A, Toshitaka Matsuki^B, Hiromichi Suetani^A,C
4: Spontaneous motion coupled with large deformation of an oil droplet driven by surface tension gradient; Chiba University, Polish Academy of Sciences^A; Sayaka Otani, Hiroaki Ito, Jerzy Goercki^A, ^○Hiroyuki Kitahata

5: Entropy change due to stochastic state transitions of an odd Langevin system; RIMS, Kyoto Univ.; Kento Yasuda
6: Cancellation
7: Boltzmann-Ginzburg-Landau theory for active particles with chemotaxis and orientational interaction; Dept. Phys., Tohoku Univ.; Shun Sakurai, Nariya Uchida
8: Cooperative phenomena in alternative Viscek model with different interactions of neighbors; Nagoya Inst. Tech.; Taisei Nakamura, Nobuaki Murase, Masaharu Isobe
9: Stability analysis of active nematics under an electric field; Kyoto Sangyo Univ.; SHOTA HOSONO, KUNIYASU SAITOH
10: Lorentz Reciprocal Theorem in Fluids with Odd Viscosity; Max Planck Inst. for Dynamics and Self-Organization, Oxford Univ. Rudolf Peierls Centre^A, Goettingen Univ. Inst. for the Dynamics of Complex Systems^B, Jozef Stefan Inst.^C; Yuto Hosaka, Ramin Golestanian^A,B, Andrej Vilfan^C

1: ( Symposium Session. ) Introduction; CCS, Univ. of Tsukuba; Hiroshi Ohno
2: ( Symposium Session. ) Hamiltonian formalism in quantum field theory and tensor network methods; YITP, Kyoto Univ.; Etsuko Itou
3: ( Symposium Session. ) Application of Tensor Network Method to Quantum Field Theories; CCS, Unive. of Tsukuba; Yoshinobu Kuramashi

4: ( Symposium Session. ) The progress of the approximation method of the tensor renormalization group; RIKEN R-CCS; Katsumasa Nakayama
5: ( Symposium Session. ) Tensor network and Renormalization group; Univ. Tokyo, Dept. Phys.; Atsushi Ueda
6: ( Symposium Session. ) Applications of Tensor Network Methods to Quantum Computing; QIQB, Osaka Univ.; Hiroshi Ueda

1: Complex action suggests future-included theory; Col. of Edu., Ibaraki Univ., NBI^A; Keiichi Nagao, Holger Bech Nielsen^A
2: Reality from maximizing overlap in the periodic complex action theory; Col. of Edu., Ibaraki Univ., NBI^A; Keiichi Nagao, Holger Bech Nielsen^A
3: Automatic hermiticity for mixed states; Col. of Edu., Ibaraki Univ., NBI^A; Keiichi Nagao, Holger Bech Nielsen^A
4: Topological origin of localized steady states in one-dimensional classical stochastic processes; Dept. of Appl. Phys., Univ. of Tokyo, Dept. of Phys., Univ. of Tokyo^A; Taro Sawada, Kazuki Sone, Kazuki Yokomizo^A, Yuto Ashida^A, Takahiro Sagawa
5: Transition from topological to chaos in the nonlinear Su-Schrieffer-Heeger model; Grad. School of Engineering, Univ. Tokyo; Kazuki Sone, Motohiko Ezawa, Zongping Gong, Taro Sawada, Nobuyuki Yoshioka, Takahiro Sagawa

6: Axion detection with quantum Hall effect; Nishogakusha University; Aiichi Iwazaki
7: Analysis of AC response of the fractional quantum Hall states using the Quantum Monte Carlo method; ISSP, Univ. of Tokyo, Aix Marseille Univ.^A; Fumihiro Murabayashi, Takeo Kato, Flavio Ronetti^A, Thibaut Jonckheere^A, Jérôme Rech^A, Thierry Martin^A
8: Parent Hamiltonian for the 3/7 composite fermion state; Kyushu Univ.^A, Penn State^B, IISER Pune^C; Koji Kudo^A,B, A. Sharma^B, G. J. Sreejith^C, J. K. Jain^B
9: Coulomb oscillations in quantum antidots in the integer and fractional quantum Hall regime using an air-bridge gate; Tokyo Inst. Tech.^A, NTT Basic Res. Labs.^B; T. Hata^A, H. Mitani^A, T. Akiho^B, K. Muraki^B, and T. Fujisawa^A
10: Electron-electron scattering processes of hot electrons in a quantum Hall edge channel studied with a static quantum dot; Tokyo Inst. Tech., NTT Basic Res. Labs.^A; R. Oishi, Y. Hongu, T. Hata, C. J. Lin, T. Akiho^A, K. Muraki^A, and T. Fujisawa
11: Evaluation of InAs 2DEG Cleaved Edge Surface and Al Superconductor Junctions by Andreev Reflection at Zero and High Magnetic Fields; NTT BRL; Takafumi Akiho, Hirosh Irie, Yusuke Nakazawa, Satoshi Sasaki, Norio Kumada, Koji Muraki

1: A toy model of negative energetic elasticity; Department of Basic Science, University of Tokyo; Atsushi Iwaki
2: Nonlinear Laser Dynamics of a Non-Orthogonal Chiral Pair; ASE, Waseda Univ., PSES, Komatsu Univ.^A, ME, Kanazawa Univ.^B; Maika Matogawa, Yoshikazu Kuribayashi, Yuichiro Suzuki, Mengyu You, Susumu Shinohara^A, Satoshi Sunada^B, and Takahisa Harayama
3: Chaos-Assisted Light Emission and a Scar Mode in a Chaotic Billiard Lasers; ASE Waseda Univ., SE Kanazawa Univ.^A, PSES Komatsu Univ.^B; Yoshikazu Kuribayashi, Shunsuke Nakamura, Mengyu You, Satoshi Sunada^A, Susumu Shinohara^B, Takahisa Harayama
4: Large deviation with respect to spin size for stochastic models; Tokyo Tech, Uni. Modena; Tomohiro Sasamoto, Cristian Giardina
5: Current fluctuations in the SSEP with a defect; Tokyo Univ. of Science; I. Sakai and T. Akimoto

6: Numerical analysis of computation completion time of adders with Brownian circuits; Grad. School of Arts and Science, Univ. of Tokyo^A, Komaba Inst. for Science, Univ. of Tokyo^B; Kota Okajima^A, Koji Hukushima^A,B
7: Generalized Langevin equation with fluctuating diffusivity; Wakayama Univ.; Tomoshige Miyaguchi
8: Application of time series quantum generative models to financial data; Graduate School of Information Sciences, Tohoku University^A, International Research Frontier Initiative, Tokyo Institute of Technology^B, Department of Physics, Tokyo Institute of Technology^C, Sigma-i Co., Ltd.^D, Nomura Asset Management Co., Ltd. Asset Management Advanced Technology Research Department^E; Shun Okumura^A, Masayuki Ohzeki^A,B,C,D, Masaya Abe^E
9: Pink-noise dynamics in an evolutionary game on a regular graph; Univ. of Tokyo; Yuki Sakamoto

1: Derivation of Non-Perturbative Effective Hamiltonian Using Cluster Expansion; RIKEN, Queen Mary University of London^A; Tsutomu Momoi, Owen Benton^A
2: Cancellation
3: Finite temperature calculation of high-dimensional spin systems using random quantum sates of general variational wave functions; R-CCS; Toshiaki IITAKA
4: Surrogate Bayesian inference with forward solver; Sci, Univ. of Tokyo, ISSP, Univ. of Tokyo^A, FAST, Univ. Kumamoto^B, FS, Univ. of Tokyo^C; Shuhei Kashiwamura, Kazuyoshi Yoshimi^A, Takahiro Misawa^A, Masaichiro Mizumaki^B, Masato Okada^C
5: Exact solution of non-equilibrium fluctuations in one-dimensional free fermions and its comparison with a cold atom experiment; Dept. of Phys., Tokyo Tech; Kazuya Fujimoto, Tomohiro Sasamoto

6: Ground-State Phase Diagram of (1/2,1/2,1) Mixed Spin Diamond Chains II; Prof. Emer. Saitama Univ.; Kazuo Hida
7: Spin parity effect and symmetry in an anisotropic antiferromagnetic spin chain in a transverse magnetic field; Dept. of Basic Science, The Univ. of Tokyo^A, NIMS-MANA^B, QuaRC, IMS^C; Shuntaro Sumita^A, Akihiro Tanaka^B, and Yusuke Kato^A,C
8: Ground-State Phase Diagram of an S=1 Ladder with Quartic On-Site Anisotropy for Ferromagnetic Rung Pairs: Numerical Calculations; Kobe Univ.^A, Osaka Metropolitan Univ.^B, Univ. of Hyogo^C, Saitama Med. Univ.^D, ISSP Univ. of Tokyo^E, QST/SPring-8^F; Takashi Tonegawa^A,B,C, Shunsuke C. Furuya^D,E, Kiyomi Okamaoto^C and Toru Sakai^C,F
9: Ground-State Phase Diagram of an S=1 Ladder with Quartic On-Site Anisotropy for Ferromagnetic Rung Pairs: Effective Field Theory; Saitama Med. Univ.^A, ISSP Univ. of Tokyo^B, Kobe Univ.^C, Osaka Metropolitan Univ.^D, Univ. of Hyogo^E, QST/SPring-8^F; Shunsuke C. Furuya^A,B, Takashi Tonegawa^C,D,E, Kiyomi Okamoto^E, Toru Sakai^E,F
10: Translational symmetry broken magnetization plateau and the magnetic phase diagram of the S=1 antiferromagnetic Heisenberg chain with competing anisotropies; Univ. of Hyogo^A, QST/SPring-8^B, Niigata Univ.^C; Kiyomi Okamoto^A, Toru Sakai^A,B, Kouichi Okunishi^C, Masaru Hashimoto^A, Tomoki Houda^A, Rito Furuchi^A, Hiroki Nakano^A
11: Translational Symmetry Broken Magnetization Plateau of Spin Ladder System with Competing Anisotropies; University of Hyogo^A, QST SPring-8^B, Niigata University^C; T. Sakai^A,B, K. Okamoto^A, K. Okunishi^C, M. Hashimoto^A, T. Houda^A, R. Furuchi^A, H. Nakano^A
12: Magnetization Plateau of Distorted Diamond Spin Chain with Ferromagnetic Interractions; University of Hyogo^A, QST SPring-8^B; Masaru Hasimoto^A, Tomoki Houda^A, Furuuchi Rito^A, Kiyomi Okamoto^A, Tooru Sakai^A,B

1: System-size dependence of the motion of a model of the magnetic friction pulled by a spring; Shiga Univ.; Hisato Komatsu
2: Finite element analysis on hysteresis friction of Kelvin-Voigt viscoelastic object; Grad. Sch. of Eng. Sci., Osaka Univ.; Wataru Iwashita, Michio Otsuki
3: Relaxation and steady-state dynamics in sheared granular gases; TUAT^A, YITP, Kyoto Univ.^B; Shunsuke Iizuka^A, ^○Satoshi Takada^A, Hisao Hayakawa^B
4: Drag force on a moving object in a granular layer; Grad. Sch. of Eng. Sci., Osaka Univ.; Hiroya Tanioka, Michio Otsuki
5: Analysis of two-dimensional granular flow with variable filling rate between parallel plates; Osaka Univ.; Kenta Hayashi, Michio Otsuki

6: Stochastic Process Modeling of Volcanic Eruptions and Time Series Analysis of Eruption Intervals; Fukuoka Prefectural University, Professor Emeritus of Kumamoto University^A, and Professor Emeritus of Kagoshima University^B; Ryuji Ishizaki, Kazuhiro Fukusima^A and Masayoshi Inoue^B
7: The effect of spatial heterogeneity in planner crack propagation; Graduate School of Science, Osaka Univ., BITS Pilani Hyderabad Campus; Haruka Noguchi, Subhadeep Roy
8: Statics of granular matter in root pull-out; Univ. Tokyo; Tetsuo Yamaguchi
9: Critical scaling of granular flow driven by external force between parallel plates: effect of cohesiveness; Dept. of Physics, Nagoya Univ., Grad. Sch. of Eng. Sci., Osaka Univ.^A; Kiwamu Yoshii, Michio Otsuki^A
10: Numerical simulations on aggregation processes of particles floating on water surface Ⅱ; Nara Women's Univ.; Akiho Hara, So Kitsunezaki^A

1: ( Symposium Session. ) Introductory remarks; Nippon Med. Sch.; Hiroshi Fujisaki
2: ( Symposium Session. ) Protein Dynamics Feature Extraction and Data Assimilation; School of Pharmaceutical Sciences, University of Shizuoka; Sotaro Fuchigami
3: ( Symposium Session. ) Functional Analysis of Proteins using Molecular Simulation and Utilization of AlphaFold; Univ. Tokyo; Tohru Terada
4: ( Symposium Session. ) AI-Enhanced High-Functionality of Proteins; AIST; Tomoshi Kamemda

5: ( Symposium Session. ) Material Design and Process Development using Digital Technology and Closed-Loop Systems; NAIST; Mikiya Fujii
6: ( Symposium Session. ) Acceleration and Automated Analysis of Molecular Simulation by Machine Learning; Keio Univ.; Kenji Yasuoka

1: ( Symposium Session. ) Introduction; Dept. of Phys., Kyoto Univ.; Kento Uchida
2: ( Symposium Session. ) Exploring solid-state high-order harmonic generation from the comparison between theory and experiment; Univ. Tsukuba; Shunsuke A. Sato
3: ( Symposium Session. ) Scale Laws in High Harmonic Generation in Solids; ISSP, Univ. of Tokyo, JST PRESTO; Tomohiro Tamaya
4: ( Symposium Session. ) Subcycle wavepacket dynamics and attosecond pulse generation in solids; Dept. of Phys., Univ. of Tokyo; Shohei Imai
5: ( Symposium Session. ) High-harmonic generation in strongly correlated systems described by the Hubbard model; RIKEN CEMS; Yuta Murakami

6: ( Symposium Session. ) Discussion; Dept. of Phys., Kyoto Univ.; Kento Uchida

1: Harmonic Oscillator with a Step and its Wigner Function; TUS; Yuta Nasuda, Nobuyuki Sawado
2: Conformal algebra based generalization of the Hilbert transform; Hiroshima City Univ.; S. Kuwata
3: A Novel Z₂² SUSY Quantum Mechanics; OMU; Naruhiko Aizawa, ^○Ren Ito, Toshiya Tanaka
4: Estimation of quantum level density and its fluctuation based solely on the classical phase space volume; Univ. Fukui; Naoki Tajima
5: What is the value of modulus for elliptic functions separating the “trigonometric” and “hyperbolic” regions?; Chuo U.; Daisuke Takahashi
6: Topological properties in periodic Toda lattice; Department of Physics, Ibaraki University; Kyoka Sato and Takahiro Fukui

7: Orbital instability for moderately developed Couette turbulence; Akita Univ., Osaka Univ.^A; Eiichi Sasaki, Genta Kawahara^A
8: Intermediate asymptotics of two-point, two-time correlation function of the Lagrangian velocity; Dep.Phys. Kyoto Univ.; T.Matsumoto
9: Numerical search of states with constant flux in wavenumber space over a finite time interval in turbulence; Pure Appl. Sci., Univ. Tsukuba; Kyo Yoshida
10: Information analysis of multi-component turbulence fields using multi-field singular value decomposition; SOKENDAI, NIFS^A, RIKEN iTHEMS^B, Nihon Univ.^C; Go Yatomi, Motoki Nakata^A,B, Makoto Sasaki^C
11: Turbulence modeling of stratified turbulence using machine learning; Tohoku Univ.; Daisuke Nishiyama, Yuji Hattori
12: A model of Euglena bioconvection based on negative phototaxis and self-shading effect; Hiroshima Univ., Shiga Univ.^A, Meiji Univ.^B; Hiroshi Yamashita, Takayuki Yamaguchi^A, Nobuhiko J. Suematsu^B, Makoto Iima
13: Quantitative analysis of flow behaviour around dragonfly wing; Hiroshima Univ.; Yusuke Fujita, Makoto Iima
14: Stabilization of boundary layer transition on swept wing by sinusoidal roughness elements; Tohoku Univ., JAXA^A; M. Hirota, Y. Ide^A, Y. Hattori

1: Exact solutions of spin-1/2 zigzag chain with anisotropic quantum exchange interaction at multicritical points; Dept. Basic Science, University of Tokyo; Hidehiro Saito, Chisa Hotta
2: Construction of 1D and 2D exact solutions by a triangular unit; Dept. Basic Science, University of Tokyo; Hidehiro Saito, Chisa Hotta
3: Analysis of Chern number in finite magnetic field based on polarization with spiral boundary conditions; Ehime Univ.; Masaaki Nakamura
4: Gap closing under a twist and the Berry phase in a J₁-J₂ model; Tsukuba Univ., Akita Univ.^A; Kota Yamamoto, Yoshihito Kuno^A, Tomonari Mizoguchi, Yasuhiro Hatsugai
5: Quantum reservoir probing of quantum information scrambling; The Univ. of Tokyo; Kaito Kobayashi, Yukitoshi Motome
6: Quantum reservoir probing of quantum phase transition; The Univ. of Tokyo; Kaito Kobayashi, Yukitoshi Motome
7: Measurement induced boundary phase transition in Z2 gauge-Higgs model; Akita Univ., ISSP, Univ. of Tokyo^A, Nagoya Inst. of Tech.^B; Yoshihito Kuno, Takahiro Orito, Ikuo Ichinose
8: Schwinger effect in a symmetry protected topological phase; ISSP, the Univ. of Tokyo, Dept. of Applied Phys., the Univ. of Tokyo^A, Dept. of Phys., Konan Univ.^B; Koichi Okazaki, Shun Okumura, Shintaro Takayoshi, Takashi Oka

9: Web of (1+1)d n-alities and quantum critical models; YITP; Takamasa Ando
10: Adiabatic elimination based on the time-convolutionless master equation and application to bosonic systems with two-body loss; Kyoto University, Inria^A; Masaaki Tokieda, Angela Riva^A
11: Observation of localization using a small noisy quantum computer; Ochanomizu Univ., Tohoku Univ.; Kazue Kudo
12: Predicting long-time evolution of quantum many-body systems using the dynamic mode decomposition; Research Institute for Science and Engineering, Waseda University^A, Department of Physics, Sophia University^B, Department of Physics, University of Tokyo^C; Ryui Kaneko^A,B, Yoshiyuki Kabashima^C, Tomi Ohtsuki^B, Masatoshi Imada^A,B
13: Network structure analysis of tensor network generative modeling; Grad. Sch. of Informatics, Kyoto Univ., IPI, Univ. of Tokyo^A, ISSP, Univ. of Tokyo^B; Kenji Harada, Tsuyoshi Okubo^A, Naoki Kawashima^B
14: Valuation method for path-dependent American options using tensors; SMBC; Kensuke Kato
15: Modeling and Analysis of Bosonic Systems in Real-Space Representation Towards Simulation of Response of Qubits; TMDU; Shimpei Goto

1: Asymptotic correlation functions of the two-dimensional Coulomb gas on an ellipse V; Grad. Sch. of Math., Nagoya Univ.; Taro Nagao
2: Towards reconciliation between residual entropy and the third law; Vietnam Japan Univ., ISIR Osaka Univ.; Koun SHIRAI
3: Effect of reflecting boundary on fluctuation relation in continuous-time random walks driven by an external field; National Institute of Advanced Industrial Science and Technology; Kazuhiko Seki
^●4: Thermodynamic constraints on the power spectral density in and out of equilibrium; Kyoto Univ.; Andreas Dechant
5: Geometric wavenumber decomposition of entropy production rate for reaction-diffusion systems; Univ. of Tokyo, Pompeu Fabra Univ.^A; Ryuna Nagayama, Kohei Yoshimura, Artemy Kolchinsky^A, Sosuke Ito
6: Thermodynamically Optimal Information Usage in Finite Time Feedback Processes; Dept. Appl. Phys., Univ. Tokyo; Rihito Nagase, Takahiro Sagawa

7: Holographic analysis of proper-effective temperature and chiral symmetry breaking in nonequilibrium steady states.; Dept. of Phys. Chuo U.; Shin Nakamura, ^○Fuminori Okabayashi
8: Cancellation
9: Cutoff scale of the Yakhot conjecture; Department of Physics, Kyoto University; Mutsumi Minoguchi and Shin-ichi Sasa
10: Thermodynamic stability of liquid-gas coexistence in gravity and heat conduction; Ibaraki Univ., Kyoto Univ.^A; Akira Yoshida, Naoko Nakagawa, Shin-ichi Sasa^A
11: Anomalous heat conduction in the Berezinskii-Kosterlitz-Thouless phase; Univ. of Tokyo; Ken Hiura

1: TDbasedUFE and TDbasedUFEadv: bioconductor packages to perform tensor decomposition based unsupervised feature extraction; Dept. Phys., Chuo Univ.; Y-h. Taguchi
2: Spatiotemporal patterns in cyclic Potts model; ISSP, Univ. Tokyo^A, Universite Paris Cite^B; Hiroshi Noguchi^A, Frederic van Wijland^B, Jean-Baptiste Fournier^B
3: Mathematical model of ascidian sperm chemotaxis; Hiroshima U, U Tsukuba^A, U Tokyo^B; Makoto IIMA, Kogiku SHIBA^A, Manabu Yoshida^B, Kazuo Inaba^A
4: A Fourier counter model for shape dynamics in migrating cells; Hiroshima Univ., ExCELLS NINS^B; Ryusei Kubota^A, Nen Saito^A,B
5: Lattice ecosystem model in a dynamic environment; Department of Physics, Kyoto University; Ikumi Kobayashi, Shin-ichi Sasa
6: Ant Colony Optimization and Phase Transition; Hirosaki Univ., Faculty of Science and Technology, Shinshu Univ., Faculty of Science^A; Shintaro Mori, Shogo Nakamura, Kazuaki Nakayama^A
7: Coevolution of functionality and foldability of lattice proteins; Dept. of Phys., Osaka Univ.^A, Cybermedia Center, Osaka Univ.^B; Norifumi Maruyama^A,B, Macoto Kikuchi^B,A
8: Phenotype selection due to mutational robustness II; Cybermedia Center, Osaka Univ.; Macoto Kikuchi

^●9: Unravelling protein dynamics through analysis of AlphaFold prediction error; Dept of Phys., HKBU; Qianyuan Tang
10: An analysis of the correlation function of amino acid residues of proteins through the empirical Bayes method; IPI, UTokyo, Grad. Schl. Eng., Nagoya Univ.^A, Grad. Schl. Inform., Nagoya Univ.^B; Tomoei Takahashi, George Chikenji^A, Kei Tokita^B, and Yoshiyuki Kabashima
11: Estimation of microflora community structure based on real data; Grad. Sch. Inform., Nagoya U.; Kei Tokita, Tomoshige Wakita, Takahiro Yamada
12: Reproduction of statistical properties of gut microbiome dynamics by multiplicative stochastic processes; Tokyo Tech Comp.^A, SONY CSL^B, Cornell^C, RIKEN IMS^D; Rie Maskawa^A, Hideki Takayasu^A,B, Lena Takayasu^C, Wataru Suda^D, Misako Takayasu^A
13: Cancellation
14: Phenomenological model of droplet-DNA interaction; CDS, Kochi Univ.; Takeshi Sugawara
15: Dynamics of Chemical Reaction Network as a Stochastic Reaction-Diffusion System; UTokyo, EPFL^A, ISSP^B, GU^C, KU^D; Yuki Watanabe^B, Zoé Jeandupeux^A, Yuki Ishiguro^B, Takashi Oka^B, Masafumi Udagawa^C, Shintaro Takayoshi^D

1: ( Tutorial Presentation. ) Non-Hermitian Quantum Mechanics: Foundations, Status Quo, Perspectives, and Expectations for Optical Sciences; IIS, Univ. Tokyo; Naomichi Hatano
^●2: ( Invited Presentation. ) Terahertz Non-Hermitian Photonics in Gated Graphene Metasurfaces; University of Ulsan; Kim Teun-Teun
3: Resonant emission process of a coherently driven molecule in terms of complex spectrum analysis; Dept. Phys., OMU^A, NITEP^B; Maito Katayama^A, Satoshi Tanaka^B, Kazuki Kanki^B

4: Wannier-Stark ladders emerging in the single-particle excitation spectra of the Hubbard model; Dept. Phys., Keio Univ.; Koudai Sugimoto
5: Valley degree of freedom and anomalous Hall effect in graphene driven by bicircularly polarized light; Chuo University; Naoya Arakawa, Kenji Yonemitsu
6: Spin Hall effect and anomalous Hall effect of transition-metal dichalcogenides driven by circularly polarized light; Chuo University; Naoya Arakawa, Kenji Yonemitsu
7: Coherent phonon generation in the layered antiferromagnet MnPS₃ under Floquet-driving; California Institute of Technology, Seoul National University^A; Ryo Noguchi, Iliya Esin, Jun-Yi Shan, Xinwei Li, Carina Belvin, Jaena Park^A, Sungmin Lee^A, Je-Geun Park^A, Gil Refael, David Hsieh
8: Chiral Discrimination Using High-Harmonic Generation; OMU; Akihito Kato and Nobuhiko Yokoshi
9: Nonlinear optical responses of superconductors under magnetic field: quantum geometry and topological superconductivity; Dept. of Phys. Kyoto Univ., RCAST, Univ. of Tokyo^A; H. Tanaka, H. Watanabe^A, Y. Yanase
10: Analysis of second harmonic generation by photo-driven superconducting vortices based on time-dependent Ginzburg-Landau equations; Dept. of Appl. Phys., Grad. Sch. of Eng., Tohoku Univ.; Yukihiro Matsubayashi, Yusuke Masaki

1: Long-range translational order in two-dimensional chiral active crystal; Department of Physics, Nagoya University; Yuta Kuroda, Takeshi Kawasaki, Kunimasa Miyazaki
2: Enhancement of diffusion in NaCl-type high-entropy-alloy crystals; Tokyo Metropolitan Univ.^A, IIS Univ. Tokyo^B; R. Ishikawa, K. Takae^A, Y. Mizuguchi, R. Kurita
3: Consequences of the analogy with stochastic thermodynamics for hydrodynamics; Univ. Tokyo; Kohei Yoshimura, Sosuke Ito
4: Class of operators that satisfy the eigenstate thermalization hypothesis in generic nonintegrable systems; Dept. of Phys. Tokyo Univ.^A, Riken CPR^B, Riken iTHEMS^C, Riken CEMS^D; Shoki Sugimoto^A, Ryusuke Hamazaki^B,C, Masahito Ueda^A,D
5: Optimal-solution reachability in the learning dynamics of variational autoencoders using replica method; Univ. of Tokyo; Yuma Ichikawa, Koji Hukushima
6: Statistical Properties of Hopping Motion in Deeply Supercooled Binary Hard Disk Systems: Analyzing Free Volume and Inherent Structure; Nagoya Inst. Tech.; Daigo Mugita, Kazuyoshi Souno, Masaharu Isobe
7: Analysis of absorption and desorption processes at air-water interface in a suspension of ciliates Tetrahymena; Department of Physics, Kyoto University; Kohei Okuyama, Masatoshi Ichikawa

1: Microscopic statistical analysis of order-splitting traders and their contributions to the financial market; Department of Physics, Kyoto University; Yuki Sato, Kiyoshi Kanazawa
2: Fractal Dimension Analysis of Cities Using box-counting Method; Rikkyo Univ.; Tsuchiya Takeru, Ohnishi Takaaki
3: Mean-field theory for a Santa Fe-type order book model incorporating interactions between market orders; Department of Physics, Kyoto University; Taiki Wakatuki, Kiyoshi Kanazawa
4: Feature Extraction and Analysis Based on Short-Term Statistics of Financial Time Series Data; Fukuoka Prefectural University, Professor Emeritus of Kagoshima University^A; Ryuji Ishizaki and Masayoshi Inoue^A

5: Simulation study of the governmental interventions in the foreign exchange market using an extended dealer model; Tokyo Inst. of Tech.^A, Sony CSL^B; Rintaro Arita^A, Hideki Takayasu^A,B, Misasko Takaysau^A
6: Analysis of human mobility based on motifs in metropolitan areas; Tokyo Tech Sch. of Eng., Tokyo Tech Sch. of Com.^A, Sony CSL.^B; Yixuan Y. Zheng, Hideki Takayasu^A,B, Misako Takayasu^A
7: An agent-based model to replicate the empirical laws of hashtag occurrence frequency.; Tokyo Tech Sch. of Comp., Univ. of the Ryukyus FGRS^A, Sony CSL^B; Jiwei J. Jiang, Kenta Yamada^A, Hideki Takayasu^A,B, Misako Takayasu^A
8: Simultaneous generation of multiple financial time series by diffusion model; NII, SOKENDAI^A; Takayuki Mizuno, Tomonori Takahashi^A

1: ( Symposium Session. ) Introduction; Dept. Mater. Sci. & Tec., Tokyo Univ. Sci.; Ryuji Tamura
2: ( Symposium Session. ) Magnetism in icosahedral quasicrystals and approximants (experiment); Dept. Mater. Sci. & Tec., Tokyo Univ. Sci.; Ryuji Tamura
3: ( Symposium Session. ) Magnetism in icosahedral quasicrystals and approximants (theory); Dept. Basic Sci., Kyushu Inst. Tech.; Shinji Watanabe
4: ( Symposium Session. ) Superconductivity in a Ta-Te van der Waals quasicrystal; Inst. Indust. Sci., Univ. Tokyo; Keiichi Edagwa
5: ( Symposium Session. ) Hyperuniformity in quasiperiodic electron systems; RIKEN CEMS; Shiro Sakai

6: ( Symposium Session. ) Singular continuous and nonreciprocal phonons in quasicrystal; CROSS; Masato Matsuura
7: ( Symposium Session. ) Anomalous high temperature specific heat due to high-dimensional fluctuations: analysis using machine learning molecular simulations; Japan Atomic Energy Agency; Yuki Nagai
8: ( Symposium Session. ) Prediction, understanding, and discovery of quasicrystals through machine learning; Dept. Stat. Data Sci., ISM; Ryo Yoshida

1: ( Lecture of the Young Scientist Award of JPS ) Introduction of the Winners of the Young Scientist Award (Division 11); Tokyo Tech, Dept. Phys.; Tomohiro Sasamoto
2: ( Lecture of the Young Scientist Award of JPS ) Studies on static and dynamic properties of structural glasses based on large scale numerical simulations; Kitasato University; Yoshihiko Nishikawa
3: ( Lecture of the Young Scientist Award of JPS ) Study of the effect of coherence on quantum gates and quantum engines; UEC, Dept. Comp.; Hiroyasu Tajima
4: ( Lecture of the Young Scientist Award of JPS ) Linear response theory of metabolic systems from microeconomic perspective; Grad. Sch. of Arts and Sci., Univ. of Tokyo; Jumpei F Yamagishi

1: Thermodynamic equilibrium state of glass; Vietnam Japan Univ., ISIR Osaka Univ.; Koun Shirai
2: Interpretation of the specific heat jump at the glass transition; Vietnam Japan Univ., ISIR Osaka Univ.; Koun Shirai
3: Microsecond deformation of colloidal structure under shear thickening; Institute of Pure and Applied Sciences, Univ. of Tsukuba, Faculty of Life and Environmental Sciences, Univ. of Tsukuba^A, Sumitomo Electric Industries^B, Research Organization for Information Science and Technology^C; K. Akada, R. Ishibashi^A, S. Okubo^B, T. Yamada^C, T. Onoki^B, S. Tejima^C, M. Kobayashi^A, J. Fujita
4: What is the essence of liquid-liquid phase transition critical fluctuation ? - What a comparison of water and tellurium reveals; Graduate School of Advanced Science and Engineering, Hiroshima Univ.; Yukio Kajihara
^●5: Study of the structure of silica using locally averaged atomic fingerprints and two-step locality-preserving projections; Nat'l. Inst. for Materials Sci. (NIMS), Nat'l. Inst. of Advanced Industrial Sci. and Tech. (AIST)^A, The Univ. of Tokyo^B, Univ. of Tsukuba^C; Anh Khoa Augustin Lu^A, Jianbo Lin, Ryo Tamura^B, Yasunori Futamura^C, Tetsuya Sakurai^C, Tsuyoshi Miyazaki^C
6: A Molecular Dynamics Study on the Shear Viscosity and Atomic Dynamics in Super-Cooled Liquid of a Mg-Zn-Y Alloy Using Ab-Initio MD and Machine Learning Interatomic Potentials; Kumamoto University; Takao Tsumuraya, Kohei Shimamura, Akihide Koura, Fuyuki Shimojo, Yoshihito Kawamura
7: Vibrations in granular materials driven by random forces: soft localized vibrations vs phonons; Toyota CRDL., Univ. of Tokyo^A; Shihori Koyama, Norihiro Oyama, Hideyuki Mizuno^A, Atsushi Ikeda^A
8: Analytical calculation of displacement correlations in a Brownian disk system with Lagrangian MCT; Tottori Univ., Osaka Univ.^A, Kyoto Univ.^B; T. Ooshida, M. Otsuki^A, S. Goto^A, T. Matsumoto^B

9: Devitrification of a quasi-hard-sphere glass with uniform microscopic virial pressure; Sapienza Universita di Roma, Kyoto University^A; Fabio Leoni, ^○Taiki Yanagishima^A, John Russo
10: Waiting Time Dependence of Aging in Trapping Diffusion Model; Grad. Sch. of Sci. & Tech., Kyoto Inst. of Tech., Res. Inst. for Sci. Educ., Inc.^A, Fac. of Mater. Sci. & Eng., Kyoto Inst. of Tech.^B; Ayata Ueno, Takashi Odagaki^A, Tomoko Mizuguchi^B
11: Enhancement of polymer relaxation times at finite temperatures below glass transition temperatures; Dept. of Chem., Josai Univ.; Mitsuru ISHIKAWA, Hayato KUMANO, Sora TOYAMA, Kimito HOSHI, Yu-to MIZUNO
12: Comprehensive analysis of structural indices characterizing local order in supercooled water; Grad. Sch. Engn. Sci., Osaka Univ.; Yoshikawa Kohei, Kokoro Shikata, Kang Kim, Nobuyuki Matubayasi
13: Quantitative theory near the jamming transition point; Gakushuin Univ.; Harukuni Ikeda
14: Viscoelasticity and sound damping near jamming; University of Tokyo^A, Kyoto Sangyo University^B; Hideyuki Mizuno^A, Yusuke Hara^A, Atsushi Ikeda^A, Kuniyasu Saitoh^B
15: Nonlinear viscoelastic response near jamming transition point; Department of Physics, Nagoya University; Hidemasa Bessho, Takeshi Kawasaki, Kunimasa Miyazaki
16: Glassy behavior in active deformable particle model; Dept. Phys., Nagoya Univ., Grad. Sch. of Integrated Sci. for Life, Hiroshima Univ.^A; Kiwamu Yoshii, Duc Dam T., Nen Saito^A, Kunimasa Miyazaki, Takeshi Kawasaki

1: ( Symposium Session. ) Purpose explanation; CNS, University of Tokyo; Taku Gunji
2: ( Symposium Session. ) Non-equilibrium phenomena in the early Universe and creation of matter; KEK; Kyohei Mukaida
3: ( Symposium Session. ) Early thermalization problem of quark-gluon plasma and a non linear QCD evolution; Faculty of Pure and Applied Sciences, University of Tsukuba; Tatsuya Chujo
4: ( Symposium Session. ) Exploring the Interplay Between Jet Showers and Quark-Gluon Plasma Fluid via Heavy-Ion Collisions; Akita International University; Yasuki Tachibana

5: ( Symposium Session. ) Non-equilibirium　dynamics of atomic nuclei as open　quantum systems; Faculty of Science, Kyoto University; Kouichi Hagino
6: ( Symposium Session. ) Progress in Experimental studies toward the clarification of the condensed phases in nucleon many-body system; RCNP, Osaka Univ.; Shinsuke Ota
7: ( Symposium Session. ) Extreme phenomenon triggered by weak interaction in supernova explosions; National Astronomical Observatory of Japan; Tomoya Takiwaki
8: ( Symposium Session. ) Non-equilibrium gravitational dynamics of structure formation in the Universe; Yukawa institute of Theoretical Physics, Kyoto University; Atsushi Taruya

1: On the Dynamics of Alternating Minimization; The University of Tokyo, Graduate School of Science; Koki Okajima, Takashi Takahashi
2: Evanescent Field Corrections to the Minimum Vertex Cover Problem; Grad. School of Arts and Science, Univ. Tokyo^A, Komaba Inst. for Science, Univ. Tokyo^B, Fujitsu Ltd.^C; A. Dote^A,C, K. Hukushima^A,B
3: Stability Condition of Replica Symmetry in Image Restoration by Sparse Coding III; Okayama Univ. HS; Toshiaki Aida
4: Replica analysis of perceptrons learning correlated data; Dept. of Phys., Osaka Univ., Cybermedia Center, Osaka Univ.^A; Tota Yoshida, Hajime Yoshino^A
5: On the construction of pseudo-labels; Univ. Tokyo; Takashi Takahashi
6: Active data sampling for quantitative group testing; ISM, Univ. of Tokyo^A; Ayaka Sakata, Yoshiyuki Kabashima^A
7: Mesoscopic Bayesian inference with solvable models; FS, Univ. Tokyo, Sci., Univ. Tokyo^A, NIMS^B, FAST, Univ. Kumamoto^C; Shun Katakami, Shuhei Kashiwamura^A, Kenji Nagata^B, Masaichiro Mizumaki^C, Masato Okada

8: On Lifted Simulated Tempering; Univ. of Tokyo, Kitasato Univ.^A; Koji Hukushima, Yoshihiko Nishikawa^A
9: Convergence Acceleration of MCMC-based Gradient Descent by Deep Unfolding; Tokyo Tech; Ryo Hagiwara, Satoshi Takabe
10: Post-processing of samples for Monte Carlo integration with annealing machines using the herding algorithm; Osaka Univ.; Hiroshi Yamashita, Hideyuki Suzuki
11: Efficient quantum annealing based on tuning of energy landscape by adding extra biases; Keio Univ.^A, GCS, Waseda Univ.^B, Inst. of Innovative Res. Tokyo Tech.^C WPI-Bio2Q, Keio Univ.^D; Tomohiro Hattori^A, Shu Tanaka^A,B,C,D
12: Machine learning analysis of dimensional reduction conjecture for a driven disordered system; Osaka Metropolitan Univ.; Taiki Haga
13: Analysis of dynamic critical exponents using correlation lengths for non-equilibrium processes to elucidate the spin-chiral glass transition; Dept. of Engineering Sciences, The Univ. of Electro-Communications; Yusuke Terasawa, Yukiyasu Ozeki

1: Structural analysis of multilingual texts based on word length; Dept. Phys. OMU, Dept. Phys. Sci., AGU^A; Tsuyoshi Mizuguchi, Takehito Suzuki^A
2: Replica analysis of network game theory; IGSES, Kyushu U.; Tomokatsu Onaga, Kai Morino
3: A chain bankruptcy model that takes into account the attenuation of the impact of a business partner's bankruptcy; TokyoTech Sch. of Comp.^A, Sony CSL^B; Kay Nagayama^A, Jun'ichi Ozaki^A, Hideki Takayasu^A,B, Misako Takayasu^A
4: Onset of intragroup conflict in a model based on social balance theory; Meiji AMS, MIMS^A; Hirotaka Goto, Masashi Shiraishi^A, Hiraku Nishimori^A
5: Verification of Information Diffusion Methods in SNS Focusing on Neutral Accounts; Graduate School of Science and Technology, University of Tsukuba, Department of Policy and Planning Sciences, University of Tsukuba^A, School of Science, The University of Tokyo^B, Louis Pasteur Center for Medical Research^C; R. Nakamura, Y. Sano^A, H. A. Torii^B, and K. Uno^C
6: Phase structure in three-tribes urban agglomeration model; Kochi Tech; Nanami Ogi, Takuju Zen

7: Scaling laws of failure dynamics on complex networks; Univ. of Debrecen^A, RIKEN R-CCS^B, Center for Energy Research^C, Atomki^D; Gergő Pál^A, Zsuzsa Danku^A, Attia Batool^A, Viktória Kádár^A, ^○Naoki Yoshioka^B, Nobuyasu Ito^B, Géza Ódor^C, Ferenc Kun^A,D
8: Dimensional reduction of the epidemic models on networks by using machine learning II; Faculty of Medicine, Toho University, Graduate School of Science and Engineering, Ibaraki University^A; Tomoaki Nogawa, Takehisa Hasegawa^A
9: Twitter user's opinion change towards vaccine and the influence of the network communities; Tokyo Institute of Tech.^A, Univ. of Tsukuba^B, Sony Computer Science Laboratories^C, Bar-Ilan University^D; Wu Qianyun^A, Yukie Sano^B, Hideki Takayasu^A,C, Shlomo Havlin^D, Misako Takayasu^A
10: A model to measure the cohesion of a group in an internal conflict; Faculty of DS, Shiga Univ.; Takuma Tanaka
11: Potential of migration flow: Which municipalities attract residents?; Shiga U., Kagawa U.^A; Takaaki Aoki, Kohei Nagamachi^A, Tetsuya Shimane^A

1: ( Symposium Session. ) Introduction; Nagoya Univ., Dept. Phys.; Seiichiro Onari
2: ( Symposium Session. ) Transport properties and superconducting gap structure in the newly discovered kagome superconductors AV₃Sb₅; Univ. of Tokyo, Dept. of Adv. Mater. Sci.; Kenichiro Hashimoto
3: ( Symposium Session. ) Micro-ARPES study of polar surface and three-dimensional CDW; Tohoku Univ., WPI-AIMR; Takafumi Sato
4: ( Symposium Session. ) Electron-phonon coupling and superconducting gap symmetry in CsV₃Sb₅-derived Kagome superconductors investigated by laser ARPES; ISSP; Kozo Okazaki
5: ( Symposium Session. ) Time-reversal symmetry breaking in the charge ordered state in the Kagome metal; Kyoto Univ., Graduate School of Engineering; Shingo Yonezawa

6: ( Symposium Session. ) CDW order and spontaneous magnetic fields in the Kagome superconductor CsV3Sb5 as seen by NMR; Okayama Univ., Dept. Phys.; Guo-qing Zheng
7: ( Symposium Session. ) Odd-parity nematic order in a kagome metal; Kyoto Univ., Dept. Phys.; Tomoya Asaba
8: ( Symposium Session. ) Mechanism of Multiple Phase Transitions: CDW, Loop Current and Superconductivity; Kyoto Univ., YITP; Rina Tazai
9: ( Symposium Session. ) Phase Diagrams in Magnetic Fields and Giant Field Response Based on Ginzburg-Landau Theory; Nagoya Univ., Dept. Phys.; Youichi Yamakawa

Program

Division 11