JPS 79th Annual Meeting (2024)

1: Coarse-grained protein models based on normal mode analysis.; Grad. Sch. Integ. Sci. Life, Hiroshima Univ.; Masashi Fujii
^●2: AlphaFold database reveals evolutionary trends in protein folding and dynamics; Dept of Phys., HK Baptist Univ.^A, WIUCAS^B; Qian-Yuan Tang^A, Zecheng Zhang^A, Weitong Ren^B
3: A theoretical basis for cell deaths; UT Sci, UT MI, KU Nano, UT IIS; Yusuke Himeoka, Shuhei A. Horiguchi, Tetsuya J. Kobayashi
4: Population dynamics of generalist/specialist under environmental fluctuations; Grad. Sch. Sci., Univ. Tokyo, RIKEN BDR^A; Rintaro Niimi, Yusuke Himeoka, Chikara Furusawa^A
5: Data analysis of bovine rumen microbial ecosystem; Grad. Sch. Info., NARO^A; Kei Tokita, Kazuo Hashimi, Tomoshige Wakita, Takahiro Yamada, Rie Sawado^A, Shuhei Takizawa^A
6: Appearance and adaptive properties of bow-tie structures from simple metabolic networks; Grad. Sch. Sci., Univ. Tokyo, BDR, RIKEN^A; Yudai Iyoda, Chikara Furusawa^A, Yusuke Himeoka

7: Characterization of robust perfect adaptation in chemical reaction networks; Osaka Univ., ETH Zurich^A; Yuji Hirono, Ankit Gupta^A, Mustafa Khammash^A
8: Evolution of efficiency of noise-induced cell state adaptation; BDR RIKEN, UBI Univ. Tokyo; Takuya Sato, Chikara Furusawa
9: Cellular response to low-temperature sress based on metabolic kinetics model; Kyoto Univ.^A, Univ. Tokyo, Phys^B, RIKEN BDR^C; Atsuki Hishida^A,B, Yusuke Himeoka^B, Chikara Furusawa^B,C
10: Two-Species Antiferromagnetic Vicsek Model; Dept. of Phys., Univ. of Tokyo^A, ELSI, Tokyo Inst. of Tech.^B, RIKEN BDR^C, Grad. Sch. of Arts and Sci., Univ. of Tokyo^D; T. Oki^A, T. S. Hatakeyama^B, J. F. Yamagishi^C, S. Nishikawa^D, S. Ishihara^D, T. Namba^D
11: Large-scale chiral pattern formation in population of migrating cells; Chuo Univ.^A, Riken BDR^B, Univ. Tsukuba^C; Masayuki Hayakawa^A,B, Biplab Bhattacherjee^B, Hidekazu Kuwayama^C, Tatsuo Shibata^B
12: Exploring efficient transport of biological molecular motor F₁-ATPase; Department of Applied Physics, Graduate School of Engineering, Tohoku University，Department of Physics, Simon Fraser University^A; Takahide Mishima, Yohei Nakayama, David A. Sivak^A, Shoichi Toyabe

1: A Molecular Resolution for the Peculiar Behavior of Molar Heat Capacity at Constant Preesure of Chlorine Gas; Institute of Original Culture, Former Tokyo University of Science; Yasunori Igarashi
2: Theoretical analysis on photoluminescence of anatase TiO2 particles; AIST GZR, College of Engineering, Nihon University; Kazuhiko Seki, Ryuji Katoh
^●3: Ultrafast spectroscopy of liquid-phase molecules under vibrational strong coupling; Nara Inst. of Sci. and Tech.^A，Univ. of California San Diego^B; Garrek Stemo^A，Avram Gutierrez^A，Joel Nishiuchi^A，Harsh Bhakta^B，Haochuan Mao^B，Garret Wiesehan^B，Wei Xiong^B，Hiroyuki Katsuki^A
4: Orbital magnetic susceptibility of carbon nanobelts using tight-binding model; Univ. Hyogo; Norio Inui
5: Quantum-Classical Hybrid Algorithms for Efficient Monte Carlo Simulation of Double-Well Potentials; KQCC, Keio Univ.; Yoshiharu Mori and Naoki Yamamoto
6: Effects of In-Vivo Environmental Noise on Radical Pair Model; TUS; Tokio Yoshida, Masaya Kunimi, and Tetsuro Nikuni

^●7: The optical absorption and Faraday rotation of a microbial rhodopsin in ultrahigh magnetic fields; ISSP, UTokyo; Y-L. Guo, Y. Ishii, X-G. Zhou, M. Konno, T. Nagata, K. Inoue, Y. H. Matsuda
8: Prediction of the intermediate state in the structure changes of a protein.; Grad. Sch. BOST, KINDAI Univ.^A, BOST, KINDAI Univ.^B; Shota Shimogochi^A, Kazuhi Harai^B, Ryota Kiyooka^A, Naoyuki Miyashita^A,B
9: Cancellation
^●10: Elucidation of P-N Hydrolysis Mechanism in Phosphoramidate-based Antibody-drug Conjugates using Multiple Walkers Machine Learning Metadynamics Simulations; Dept. of Precision Eng.，Grad. Sch. of Eng.，Osaka Univ.^A，SCREEN Holdings Co.，Ltd.^B，Dept. of Phys.，Fac. of Sci. and Tech.，Universitas Airlangga^C，Res. Center for Quantum Eng. Design，Fac. of Sci. and Tech.，Universitas Airlangga^D; Rizka Nur Fadilla^A，Toshihiro Kume^A，B，Harry Handoko Halim^A，Febdian Rusydi^C，D，Yoshitada Morikawa^A
11: Study on the Dielectric Relaxation and Ice Structure of Crystallized Fructose Aqueous Solution; Tokai University Graduate School, Tokai University^A, Tokai University Micro/Nano Research and Development Center^B; S. Higuchi, K. Sasaki^A,B, R. Kita^A,B, N. Shinyashiki^A,B
^●12: Structure Change Caused by an Electrochemical Potential in (La,Sr)CoO₃ Film; School of Science, Tohoku Univ.^A, School of Engineering, Kyoto Univ.^B; Xuhui Xu^A, Atsuro Fujisawa^A, Yuta Ishii^A, Hidekazu Shimotani^A, Yuta Inoue^B, Yuto Miyahara^B, Kohei Miyazaki^B, and Yusuke Wakabayashi^A
13: Structure of the oxygen evolution catalyst (La,Sr)CoO₃ ultra thin film as a function of electric potential; Tohoku Univ., Kyoto Univ.^A; Atsuro Fujisawa, Xuhui Xu, Yuta Ishii, Hidekazu Shimotani, Yuta Inoue^A, Yuto Miyahara^A, Kohei Miyazaki^A, Yusuke Wakabayashi

1: Permanent Densification of SiO₂ Glass: Molecular Dynamics Study Using Machine-Learning Interatomic Potential III; Dept. of Phys., Kumamoto Univ., KEK-IMSS^A; T.Sano, D.Wakabayashi^A, A.Koura, K.Shimamura, F.Shimojo
2: Pressure Dependence of Permanent Densification of SiO₂ Glass Based on Large-Scale Simulations Using Machine-Laerning Interatomic Potentials; Dept. of Phys., Kumamoto Univ., KEK-IMSS^A; H. Yoshida, T. Sano, D.Wakabayashi^A, A. Koura, K. Shimamura, F. Shimojo
3: Static and Dynamic Properties of Liquid Lactic Acid using Large-Scale Computer Simulations based on Machine-Learning Interatomic Potential; Dept. of Phys., Kumamoto Univ.; K. Tanaka, K. Ito, K. Shimamura, A. Koura, F. Shimojo
4: Static Structure of Liquid Racemic Malic Acid Based on First-Principles Molecular Dynamics Simulations; Kumamoto Univ., NUPMLS^A, Chukyo Univ.^B, Shimane Univ.^C; W. Sugimoto, K.Ito, H. Shimakura^A, S. Tahara^B, K. Ohara^C, A. Koura, K. Shimamura, F. Shimojo
5: Estimation of Zincblende-Rocksalt Phase Transition Pressure of SiC by Thermodynamic Integration Method III; Dept. of Phys., Kumamoto Univ.; T. Inoue, K. Shimamura, A. Koura, F. Shimojo

6: （Invited Presentation.） Machine learning interatomic potentials and their application to the analysis of properties of liquids and glasses; Kumamoto Univ.; Kohei Shimamura

1: Conditions of quantum annealing fails due to symmetry; AIST, Chuo Univ.; Takashi Imoto, Yuichiro Matsuzaki
2: Acceleration of the semiclassical quantum annealing via deep unfolding; Tokyo Institute of Technology; Shunta Arai, Satoshi Takabe
3: Transfer Learning for Deep-Unfolded Combinatorial Optimization Solver with Quantum Annealer; Tokyo Tech; Ryo Hagiwara, Shunta Arai, Satoshi Takabe
4: Quantum annealing with extra longitudinal magnetic fields considering schedule digitization; Keio Univ.^A, SQAI Center, Keio Univ.^B, WPI-Bio2Q, Keio Univ.^C, GCS, Waseda Univ.^D; Tomohiro Hattori^A, Shu Tanaka^A,B,C,D
5: Verification of Exact Solution Method Using Quantum Annealing and Dantzig-Wolfe Decomposition; Tohoku Univ.^A, Tokyo Tech^B, Sigma-i^C; Sota Hirama^A, Masayuki Ohzeki^A,B,C
6: Adaptive regularized binary compressed sensing in classical and quantum annealing; Tohoku University^A, Tokyo Institute of Technology^B, Sigma-i^C; Huang Xiaoxin^A, Masayuki Ohzeki^A,B,C

7: Black box optimization using sparsely connected surrogate models and quantum annealing machine.; Graduate School of Information Sciences, Tohoku University^A, Tokyo Institute of Technology^B, Sigma-i Co., Ltd.^C; Reo Shikanai^A,C, Masayuki Ohzeki^A,B,C
8: Quantum search for graph coloring; Ochanomizu Univ.; Ide Tomomi, Kudo Kazue
9: Collaborative filtering using nonnegative/binary matrix factorization; Ochanomizu Univ., Toshiba^A; Yuka Inoue, Yohei Hamakawa^A, Kosuke Tatsumura^A, Kazue Kudo
10: Image classification using blackbox optimization with an Ising machine; Ochanomizu Univ.; Saito Reina, Kudo Kazue
11: Analysis of the effect of binary-integer encodings on the performance of Ising machines; Keio Univ.^A, WPI-Bio2Q, Keio Univ.^B, SQAI center, Keio Univ.^C, GCS, Waseda Univ.^D; Shuta Kikuchi^A, Kotaro Takahashi^A, Shu Tanaka^A,B,C,D
12: Analysis of a hybrid method using simulated annealing and an Ising machine for constrained combinatorial optimization problems; Keio Univ.^A, WPI-Bio2Q, Keio Univ.^B, SQAI center, Keio Univ.^C, GCS, Waseda Univ.^D; Akane Amino^A, Tomohiro Hattori^A, Shuta Kikuchi^A, Shu Tanaka^A,B,C,D

1: Quantum vacuum instability of electromagnetic field and quantum geometry; Dept. Physics, NITEP, OMU, Butler Univ.^A; Satoshi Tanaka, Kazuki Kanki, Masatoshi Kubota, Gonzalo Ordonez^A
2: Direct current generation by dielectric loss in ferroelectrics; UTokyo, RIKEN CEMS^A; Takahiro Morimoto, Naoto Nagaosa^A
3: Circularly polarized light-induced anomalous Hall effect in Co₃Sn₂S₂ paramagnetic Dirac semimetal phase; Dept. of Phys., Univ. of Tokyo^A, Dept. of Appl. Phys., Univ. of Tokyo^B, IMR, Tohoku Univ.^C, Dept. of Phys., Tohoku Univ.^D, RIKEN CEMS^E, RCAST, Univ. of Tokyo^F, New York Univ.^G, CSIS, Tohoku Univ.^H, ISSP, Univ. of Tokyo^I, Cryogenic Research Center, Univ. of Tokyo^J; Naotaka Yoshikawa^A, Yoshua Hirai^A, Kazuma Ogawa^A, Shun Okumura^B, Kohei Fujiwara^C, Junya Ikeda^C, Takashi Koretsune^D, Ryotaro Arita^E,F, Aditi Mitra^G, Atsushi Tsukazaki^C,H, Takashi Oka^I, Ryo Shimano^A,J
4: Optical domain imaging of cycloidal spin structures in noncentrosymmetric magnetic Weyl semimetal GdAlSi; University of Tokyo^A, RIKEN CEMS^B, Tokyo College^C; Y. Okamura^A, R. Takenaka^A, K. Moriishi^A, R. Nakano^A, R. Yamada^A, Y. Tokura^A,B,C, M. Hirschberger^A,B, Y. Takahashi^A,B
5: Topological magneto-optical effect in skyrmion-hosting Mott insulator, GaV₄Se₈; Dept. of Appl. Phys. Univ. of Tokyo^A, Inst. of Ind. Sci. Univ. of Tokyo^B, Tokyo College Univ. of Tokyo^C, RIKEN CEMS^D; R. Shimizu^A, Y. Okamura^A, N. Kanazawa^B, Y. Tokura^A,C,D, Y. Takahashi^A,D

6: Theoretical analysis for light-induced magnetization dynamics in topological semimetal; ISSP, Univ. of Tokyo; Akihiro Ozawa, Takashi Oka
7: Application of geometric effects in quantum tunneling for Dirac materials; Konan Univ., ISSP^A; Shintaro Takayoshi, Takashi Oka^A
8: Homodyne effect by chiral anomaly: Anomalous properties of 2D Dirac electrons in temporally oscillating magnetic fields; Dept. of Applied Phys., Univ. of Tokyo^A, ISSP, Univ. of Tokyo^B; Sota Kitamura^A, Takashi Oka^B
9: Divergent shift current responses in a two-dimensional Weyl semimetal limit; Dept. Phys. Tokyo Tech.; Hiroki Yoshida, Shuichi Murakami
10: Photocurrent induced by a two-frequency drive in Dirac systems; Dept. Appl. Phys., Univ. Tokyo; Yuya Ikeda, Sota Kitamura, Takahiro Morimoto

1: Experimental verification of Landauer limit under nonequilibrium initial state constraints; NTT BRL; T. Shimizu, K. Chida, G. Yamahata, K. Nishiguchi
2: Inference of velocity fields from ECoG data under the steady state assumption; School of Science, Univ. Tokyo, School of Arts and Sciences, Univ. Tokyo^A; Ayano Oda, Sekizawa Daiki^A, Masafumi Oizumi^A, Naruo Ohga, Sosuke Ito
3: Optimal transport experiment in thermally fluctuating system; Department of Applied Physics, Graduate School of Engineering, Tohoku University, Department of Physics, Graduate School of Science, the University of Tokyo^A, Department of Applied Physics, Graduate School of Engineering, the University of Tokyo^B; Shingo Oikawa, Yohei Nakayama, Sosuke Ito^A, Takahiro Sagawa^B, Shoichi Toyabe
4: Entropy production in transport interpolated between optimal and non-optimal transport; Department of Applied Physics, Graduate School of Engineering, Tohoku University, Department of Physics, Graduate School of Science, the University of Tokyo^A, Department of Applied Physics, Graduate School of Engineering, the University of Tokyo^B; Yohei Nakayama, Sosuke Ito^A, Shingo Oikawa, Takahiro Sagawa^B, Shoichi Toyabe
5: Generalization of the 1-Wasserstein distance to chemical reaction networks and its application to nonequilibrium thermodynamics; Dept. of Physics, UTokyo; Ryuna Nagayama, Kohei Yoshimura, Sosuke Ito
6: Tradeoff relation between partial entropy productions in finite time and its application to information processing; Dept. of Applied Phys., The Univ. of Tokyo; Takuya Kamijima, Ken Funo, Takahiro Sagawa

^●7: Decomposition of the metric tensor in thermodynamic geometry; Grad. Sch. of Frontier Sciences, The Univ. of Tokyo; Zhen Li, Yuki Izumida
8: Time-cost-error trade-off relation in thermodynamics; YITP Kyoto Univ., Kyoto Univ.^A; Tan Van Vu, Keiji Saito^A
9: Learning rate matrix and thermodynamic inequality; Dept. of Phys. Kyoto Univ.; Kenshin Matsumoto, Sasa Shin-ichi, Andreas Dechant
10: Network analysis for the steady-state thermodynamic uncertainty relation; Mie Univ.; Y. Utsumi
11: Fourier-type Markovian embedding and its relation to the detailed balance condition; Department of Physics, Kyoto University; Kiyoshi Kanazawa, Andreas Dechant
12: Density matrix in multi-component turbulence and information entropy analysis; SOKENDAI, Komazawa Univ.^A, RIKEN iTHEMS^B, JST PRESTO^C; Go Yatomi, Motoki Nakata^A,B,C

1: Quantum information flow in feedback cooling of a nanoparticle; Dept. of Eng., UTokyo; Kousuke Kumasaki, Ken Funo, Takahiro Sagawa
2: Roles of quantum measurement and feedback control for quantum Maxwell demon with multiple reservoirs; Waseda Univ.; Kenta Koshihara, Kazuya Yuasa
3: Gibbs-preserving operations requiring infinite amount of quantum coherence; UEC, JST, Univ. of Tokyo^A; Hiroyasu Tajima, Ryuji Takagi^A
4: On the effect of symmetry on finite-time thermodynamic trade-off relations; Univ. Tokyo^A, UEC^B, JST^B; Ken Funo^A, Hiroyasu Tajima^B
5: Optimal work extraction from a closed quantum system within a finite time; RIKEN CPR^A, Dept. of Eng. UTokyo^B, RIKEN iTHEMS^C; Shoki Sugimoto^A, Takahiro Sagawa^B, Ryusuke Hamazaki^A,C
6: Asymptotic channel distillation for quantum coherence; Graduate School of Arts and Sciences, The University of Tokyo; Hiroaki Shimeno, Ryuji Takagi, Naoto Shiraishi

7: Single-particle chaos and its spectral form factors in quantum circuits; RIKEN RQC^A, Boston U^B, Ljubljana U^C, U Victoria^D; Tatsuhiko N. Ikeda^A,B, Lev Vidmar^C, Michael Flynn^A,D
^●8: Singular Value Statistics:Quantum Chaos in Non-Hermitian Systems; RIKEN Interdisciplinary Theoretical and Mathematical Sciences Program (iTHEMS)^A, Yukawa Institute for Theoretical Physics, Kyoto University^B, Department of Physics, Kyoto University^C; Pratik Nandy^A,B, ^○Tanay Pathak^B, Masaki Tezuka^C
9: Global quantum diffusion induced by small quantum chaos : case of hard chaos; College of Science and Engineering, Ritsumeikan Univ.^A, Yamada Physics Institute^B; Kensuke Ikeda^A, Hiroaki Yamada^B
10: Purification-based Analysis of Spontaneous Strong Symmetry Breaking in Open Quantum Systems; Dept. Phys. Caltech, Dept. Electrical and Computer Eng. Princeton U^A, ISSP UTokyo^B, Dept. Phys. Northeastern U^C; Pablo Sala，Sarang Gopakrishnan^A，^○Masaki Osshikawa^B，Yizhi You^C
^●11: Aharonov-Bohm effect at Finite temperature; Kyoto University; Hyeonseok YANG, Yoshitaka TANIMURA
12: Analysis of real-time dynamics of a quantum pendulum based on the master path approach of path-integral formulation; Kindai Univ., Matsuri Science Academy^A; Kenichi Kasamatsu, Tetsuo Matsui^A
13: Positivity in Gaussian Influence Functionals; Kyoto University; Masaaki Tokieda

1: Cellular Automaton on Penetration Phenomena of Granular Materials; Kyushu Univ.; Tomoyuki Matsuda，Inagaki Shio
2: Energy dissipation in the translational slip of a sphere rolling up a granular slope; Department of Earth and Space Science, Osaka University; T. Fukumoto, K. Yamamoto, M. Katsura, H. Katsuragi
3: Transport phenomena driven by velocity fluctuations in mono-layer bidisperse granular systems; Kyushu Univ.; M.Kaita and S.Inagaki
4: Slip nucleation and static friction coefficient of wavy grooved objects; Osaka Univ., ETH Zurich^A; Wataru Iwashita, David S. Kammer^A
5: Statistical Properties of Eruptive Activity and Volcanic Earthquakes at Sakurajima Volcano; Fukuoka Prefectural University, Professor Emeritus of Kumamoto University^A and Professor Emeritus of Kagoshima University^B; Ryuji Ishizaki, Kazuhiro Fukushima^A and Masayoshi Inoue^B
6: Period doubling bifurcation in slip motion with dynamic fluid pressure; Osaka University; Takahiro Hatano, Ma Fang

7: Thermodynamic Consideration of an Indeterminate Equilibrium State in a Rigid Disk System; Department of Physics, Kyoto University; Ryudo Suzuki, Shin-ichi Sasa
8: Quasistatic Compaction Behavior and Structural Evolution of Hierarchical Granular Piles; JAMSTEC; Sota Arakawa, Mikito Furuichi, Daisuke Nishiura
9: Local structure analysis of amorphous solids by a wave number description of the Hessian matirix; YITP Kyoto Univ., Kyoto Sangyo Univ.^A; Kota Noto, Kuniyasu Saitoh^A, Hisao Hayakawa
10: 2D particles with a structure strongly dependent on history; The Univ. of Tokyo, UBI^A; Daisuke S. Shimamoto, Miho Yanagisawa^A
11: An approach to analysing crowd congestion dynamics; Department of Advanced Interdisciplinary Studies, The University of Tokyo^A, Beijing Key Laboratory of Traffic Engineering, Beijing University of Technology^B; Jiawei Zhang^A, Xiaolu Jia^B, Claudio Feliciani^A, Daichi Yanagisawa^A, Katsuhiro Nishinari^A

1: On a discrete formula for three-dimensional winding number; YITP; Ken Shiozaki
2: Toward a unified description of two-dimensional quantum crystals; Center of Topological Sci. and Technol., Hokkaido Univ.^A, NIMS^B, RIKEN RQC^C, NIT, Toyama College^D, Applied Phys., Hokkaido Univ.^E, RIES, Hokkaido Univ.^F; Keiji Nakatsugawa^A,B, Tatsuhiko N. Ikeda^C, Takeshi Toshima^D, ^@Satoshi Tanda^A,E,F
3: Drawing phase diagrams of disordered and quasiperiodic electron systems using Vision Transformer; Physics Division, Sophia Univ.; Koji Kobayashi, Tomi Ohtsuki
4: Gauge invariant electromagnetic responses in superconductors; Dept. of Appl. Phys. Univ. Tokyo; Sena Watanabe, Haruki Watanabe
5: Solitons in a deformed Su-Schrieffer-Heeger model; Toho University; Masayuki Kanamaru, Tohru Kawarabayashi
6: Implementation of atomic orbital decomposition method of force on atoms in first-principles calculations; Dept. Mech. Eng. and Sic. Kyoto Univ.; Susumu Minami, Yoshimasa Abe, Takahiro Shimada

7: Evaluating the Importance of Second-Order Electron-Phonon Interactions in the Empty Lattice Model; UTokyo ISSP, RIKEN CPR^A; Kohei Ishii, Jun Haruyama^A, Osamu Sugino
8: Charge distribution and electron correlation function of ionic Hubbard model by the transcorrelated method; Univ. of Tokyo Dept. of Phys.; Takumi Chida, Shinji Tsuneyuki
9: First-principles study of phonon dispersions with broken time-reversal symmetry; Dept. of Phys. Tohoku Univ.; Tatsuki Oikawa, Takashi Koretsune
10: Locality Error Free Effective Core Potentials of 3rd Row Elements for the Quantum Monte Carlo Method; Info. Sci. JAIST, RCACI JAIST^A; Ryunosuke Fujimaru, Tom Ichibha, Kenta Hongo^A, and Ryo Mezono
11: Fast computation of Hatree-Fock exchange potential by a projection operator method; ISSP, The Univ. of Tokyo; Taisuke Ozaki
12: Numerically tractable two component approximation of the Dirac equation: interaction with nuclear magnetic moments; Graduate School of IST, University of Tokyo; Yoshihide Yoshimoto

1: （Symposium Session.） Introduction; Dept. Chem. Engineering, Kyoto Univ.; Yusuke T. Maeda
2: （Symposium Session.） Bacterial populations' route to turbulence (or spacetime chaos); Dept. Physics, Univ. Tokyo; Kazumasa A. Takeuchi
3: （Symposium Session.） Universality of turbulent fluctuations and information flow from macro to micro scales; Dept. of Earth and Space Science, Osaka Univ.; Tomohiro Tanogami
4: （Symposium Session.） Harnessing art behind active flow dynamics; Hiroshima Univ., Grad. Sch. Integ. Sci. Life; Makoto Iima
5: （Symposium Session.） Two-dimensional turbulent flow to study relationship between elastic instability and drag reduction; Nagoya Univ.; Ruri Hidema

6: （Symposium Session.） Turbulence modulation by additives; Grad. Sch. Eng. Sci., Osaka Univ.; Susumu Goto
7: （Symposium Session.） Cutting-edge research in quantum turbulence; OMU, Dep. Phys.; Makoto Tsubota
8: （Symposium Session.） Visualization and manipulation of quantized vortices; Dept. Phys. Kyoto Univ., The Hakubi Center for Adv. Res, Kyoto Univ.; Yosuke Minowa

1: （Symposium Session.） Introduction; Univ. of Tokyo; Kensuke Kobayashi
2: （Symposium Session.） Quantum information and high energy theory; Osaka U.; Tatsuma Nishioka
3: （Symposium Session.） Optimal quantum algorithms based on nonequilibrium quantum many-body physics; Univ. of Tokyo; Kaoru Mizuta
4: （Symposium Session.） Innovative quantum device technology based on nonequilibrium phases of matter; Univ. of Tokyo; Kazuaki Takasan

5: （Symposium Session.） Semiconductor spin qubits and their networking; SANKEN, Osaka U.; Akira Oiwa
6: （Symposium Session.） Emergent solid with hybrid Paul trap; KIS, Univ. of Tokyo; Atsushi Noguchi
7: （Symposium Session.） Meta-optics for laser cooling and generation of cold atoms array　; AIST; Hac Huong Thu Le

1: Sampling skewed distributions by extended Ising machine with integer variable; Ochanomizu Univ.^A, DXR Lab.^B, Tohoku Univ.^C; Ayaka Fujimoto^A, Hirotaka Tamura^B, Kazue Kudo^A,C
2: Temperature setting method of parallel tempering for optimization problems; Ochanomizu Univ.^A, DXR Lab.^B, Tohoku Univ.^C; Haruka Akishima^A, Hirotaka Tamura^B, Kazue Kudo^A,C
3: Langevin Dynamics and Reflection for Linear Constrained Black-Box Optimization; Department of Physics, Tokyo Institute of Technology^A，Graduate School of Information Sciences, Tohoku University^B，Sigma-i Co., Ltd.^C; Ryuki Ito^A，Renichiro Haba^B,C
4: An Extension Method of FMA with Random Solutions; Keio Univ., SQAI Center, Keio Univ.^A, WPI-Bio2Q, Keio Univ.^B, GCS, Waseda Univ.^C; Tokiya Fukuda, Masashi Yamashita, Yuya Seki, Shu Tanaka^A,B,C
5: Training data generation method for estimating the ground state of Ising model using Factorization Machine; Keio Univ.^A, SQAI Center, Keio Univ.^B, WPI-Bio2Q, Keio Univ.^C, GCS, Waseda Univ.^D; Yuya Seki^A, Shu Tanaka^A,B,C,D
6: Low-Temperature Behavior of Entanglement Entropy in ±J Ising Spin Glasses; Univ. of Tokyo; Takumi Oshima, Koji Hukushima

7: Coupling time of an Ising spin glass model; Univ. of Tokyo, ENS Paris^A; K.Hukushima, W.Krauth^A
8: Efficient machine-learning-assisted Markov Chain Monte Carlo Method and application to a mean-field spin-glass model; Graduate School of Information Sciences, Tohoku University, Department of Physics, School of Science, Kitasato University^A, Department of Physics, Tokyo Institute of Technology^B, Sigma-i Co., Ltd^C; Seiya Miyamoto, Yoshihiko Nishikawa^A, Masayuki Ohzeki^B,C
9: Fast free-energy estimation using the simulated tempering with the Wang-Landau-type feedback; Kitasato University, University of Tokyo^A; Yoshihiko Nishikawa and Koji Hukushima^A
10: Ensemble learning using quantum annealing: a comparative study of QBoost and black-box optimization; Tohoku University^A, LiLz^B, Tokyo Institute of Technology^C, Sigma-i^D; Kento kodama^A, Makoto Otsuka^B, Masayuki Ohzeki^A,C,D
11: Talagrand's approach to a quantum Parisi formula; Nihon University; K. Fujiwara, Y. Sakamoto, C. Itoi
12: On AT condition for quantum spin glass models; UTokyo; Yoshinori Hara, Yoshiyuki Kabashima
13: Spin glass-liquid transition in the extended Sachdev-Ye-Kitaev model; Dept. of Appl. Phys., the Univ. of Tokyo; S. Wadashima, Y. Motome

1: Analysis of network game theory using spin-glass theory; IGSES, Kyushu U.; Tomokatsu Onaga, Kai Morino
^●2: Cancellation
3: Quantifying the impact of business partners' bankruptcy on inter-firm transaction network II; Tokyo Tech Sch. of Comp.; Kay Nagayama, Jun'ichi Ozaki, Hideki Takayasu, Misako Takayasu
4: The prediction of rapid growth firm with machine learning using financial data and business relationship of Japanese firms; Sch of Comp. Tokyo Tech.; Takumi Komiyama, Hideki Takayasu, Misako Takayasu
5: Characteristics of Emotional Dynamics During 3.11 Tohoku Earthquake in Twitter; Tokyo Institute of Tech.^A, Bar-Ilan University^B, Volcani Institute^C, Yale School of Medicine^D; Wu Qianyun^A, Wang Fan^B, Alon Sela^C, Orr Levy^D, Hideki Takayasu^A, Shlomo Havlin^B, Misako Takayasu^A
6: Eigenvalue decomposition representation of degree correlations in networks.; DMSE, Shizuoka Univ.; Satoru Morita
7: Generating nearest-neighbor correlated random networks whose giant connected component exhibits a given degree-degree correlation; FRIS Tohoku Univ.; Yuka Fujiki
8: Robustness of evolving open system with bipartite graph structure; Meijigakuin University, The University of Tokyo^A; Fumiko Ogushi, Takashi Shimada^A

9: Disassemble complex human flows to understand and predict how they change; Shiga U.^A, Tohoku U.^B; Takaaki Aoki^A, Naoya Fujiwara^B, Kenichi Satou^A
10: Constructing a product-specific sales forecast model using sales data of home appliances; Dept. of comp. Tokyo Tech.; Daisuke Ando, Yamashita Rios de Sousa Arthur Matsuo, Yixuan Zheng, Rie Masukawa, Hideki Takayasu, Misako Takayasu
11: Loop Statistics Analysis of Retweet Networks; Rissho University; Hiroshi Iyetomi, Wataru Souma
12: Evaluation of characteristics of infant expressed vocabulary by means of variational autoencode: comparison between english and chinese; Kyoto Univ.，Osaka Univ.^A，Indiana Univ.^B，Kyoto Inst. Tech.^C; Masa-aki Sakagami, Horomichi Hagihara^A, Hiroki Yamamoto^B，Chie Fkada^C
13: Analysis of rumor propagation using competitive SIS model; Hokkaido University; Yu Takiguchi, Koji Nemoto
14: Application of machine learning to incomplete information games about Geister; Keio Univ.; Ryo Yuse, Hiroshi Watanabe
15: Boundary effects on relaxation dynamics of a random-field Ising model on randomly connected chains; Obihiro Univ.; Hiroki Ohta

1: Rigorous lower bound of dynamic critical exponents in critical frustration-free systems; University of Tokyo, Harvard University^A; Rintaro Masaoka, Tomohiro Soejima^A, Haruki Watanabe
2: Quadratic dispersion relation in gapless frustration-free systems; University of Tokyo, Harvard University^A; Rintaro Masaoka, Tomohiro Soejima^A, Haruki Watanabe
3: Entanglement swapping in critical quantum spin chains; UTokyo Dept. of Physics^A, UTokyo ISSP^B, UTokyo Kavli IPMU^C, UTokyo IPI^D; Masahiro Hoshino^A, Masaki Oshikawa^B,C, Yuto Ashida^A,D
4: Non-integrable S=1/2 XXZ Spin Chain and Quantum Group; Department of Physics, Kyushu University; Daiki Yomatsu, Kiyohide Nomura
5: Self-dualities and symmetry enhancements in one spatial dimension; YITP; Takamasa Ando
6: Generalized Higher-Rank Tensor Gauge Theory and Fracton Excitations; ISSP UTokyo; Takumi Fukushima, Han Yan, Masaki Oshikawa

7: Analysis of topological states in magnetic fields based on polarization with spiral boundary conditions; Ehime Univ., Nihon Univ.^A; Masaaki Nakamura, Masanori Yamanaka^A
8: Topological domain wall pump with spontaneous symmetry breaking; Akita Univ., Univ. of Tsukuba^A; Yoshihito Kuno, Yasuhiro Hatsugai^A
9: A topological pump in a spin ladder; Tsukuba Univ., Akita Univ.^A; Cota Yamamoto, Yoshihito Kuno^A, Tomonari Mizoguchi, Yasuhiro Hatsugai
10: Four-qubit entangled quantum phases for the XXZ model on the strongly anisotropic pyrochlore lattice; Toho University, University of Tsukuba^A; Katsumi Aoyagi, Yasuhiro Hatsugai^A, Tohru Kawarabayashi
11: Quantum reservoir probing of topological phase transitions; The Univ. of Tokyo; Kaito Kobayashi, Yukitoshi Motome
^●12: Finite-size corrections to the energy spectra of gapless one-dimensional systems in the presence of boundaries; Inst. for Solid State Phys.，Univ. of Ghent^A，Kavli Inst. for the Phys. and Mathematics of the Universe^B，Trans-scale Quantum Sci. Inst.^C; Yifan Liu，Haruki Shimizu，Atsushi Ueda^A，Masaki Oshikawa^B，C
13: Half Landau-Zener evolution toward a quantum phase transition in the spin-boson model; Saitama Medical University; Sei Suzuki

1: Time series prediction of an oscillator subjected to external forces mimicking shift work using a Reservoir Computer; IST, Univ. Tokyo，GSFS, Univ. Tokyo; Sho Kuno, Hiroshi Kori
2: Analysis of frog choruses in response to various speech stimuli based on phase oscillator model; Grad. Sch. Info., Kyoto Univ., SANKEN, Osaka Univ.^A, Univ. of Tsukuba^B, Univ. of Tsukuba^C; Haruma Furukawa, Ryu Takeda^A, Goki Honda^B, Ikkyu Aihara^C, Toshio Aoyagi
3: Network inference from oscillatory data using circle map; Faculty of Adv. Life Sci., Hokkaido Univ.^A, GSFS, Univ. of Tokyo^B, MI Center, Univ. of Tokyo^C, JST Presto^D; Akari Matsuki^A, Ryota Kobayashi^B,C,D, Hiroshi Kori^B
4: Inference of the coupled Stuart-Landau equation for coupled oscillators emerging through the supercritical Hopf bifurcation; Grad. Sch. of Sci. and Eng., Chiba Univ., Grad. Sch. of Sci., Chiba Univ.^A, Grad. Sch. of Front. Sci., Univ. of Tokyo^B; Y. Araya, H. Ito^A, H. Kitahata^A, H. Kori^B
5: Reconstruction of phase dynamics from macroscopic observations of responses; Kyoto Univ., UCSD^A, Univ. Tokyo^B, RIKEN CBS^C; Yoshiyuki Y. Yamaguchi, Yu Terada
6: Estimating Asymptotic Phase Function of Limit-cycle Oscillators using Gaussian Process Regression; UTokyo GSFS, Tokyo Tech^A, UTokyo MI Center^B; YAMAMOTO Taichi, NAKAO Hiroya, KOBAYASHI Ryota
7: Optimization of mutual coupling functions of weakly coupled limit-cycle oscillators; 東工大工; Norihisa Namura, Hiroya Nakao
8: Coupling Optimization of Collective Oscillatory Networked Systems with Higher-Order Interaction; FUN; Sotaro Kuroiwa, Yuzuru Kato

9: A state-transition method in a bistable oscillator: I. quenching induced by a periodic force combined with feedback; Grad. Sch. of Front. Sci., Univ. of Tokyo; Yusuke Kato and Hiroshi Kori
10: Synchronization dynamics of coupled-oscillator systems with damaged elements Ⅲ; Dept. of Science, Kagoshima University; Shota Inagawa, Hiroki Hata, Shigefumi Hata
11: Waveform proportionality and Taylor's law induced by synchronization of coupled oscillators; GSFS, UTokyo; Yuzuru Mitsui, Hiroshi Kori
12: Decrease in reaction period dependent on fluctuations in BZ reaction; Kindai University; Hiroki Emmei, Takatoshi Ichino^A
13: Detection of Edges in Grayscale Images which Characteristics of the Spatially Coupled FitzHugh-Nagumo Equation are Applied to; KOSEN, Ube College, Faculty of Edu., Yamaguchi Univ.^A; Yuko Nagamine, Eiji Asaya, Atsushi Nomura^A
14: Bifurcation in the thermal convection pattern in two immiscible liquid layers with an undeformed horizontal interface; Grad. Sch. of Sci. and Eng., Chiba Univ., Grad. Sch. of Sci., Chiba Univ.^A; M. Nakamura, H. Ito^A, H. Kitahata^A
15: Bifurcation analysis of spatiotemporal patterns in the one-dimensional non-reciprocal Swift-Hohenberg model; Chiba Univ.，WIUCAS^A; Yuta Tateyama，Hiroaki Ito，Shigeyuki Komura^A，Hiroyuki Kitahata
16: Cellular automata modeling of aqueous corrosion and the evaluation of the effect of the local pH changes; Grad. Sch. Sci., Osaka Univ.; Kensuke Miyahara

1: Quantum transport on a non-Hermitian system on the Bethe lattice: effect of randomness; IIS, U. Tokyo, Dept. Phys., U. Tokyo^A, Princeton U.^B, ISSP, U. Tokyo^C; Naomichi Hatano, Hosho Katsura^A, Kohei Kawabata^B,C
2: Non-Hermitian tiwted Landau-Zener transition; Dept. of Applied Phys., Hokkaido Univ.; Ryu Frieson，Hideaki Obuse
3: Revisiting the PT symmetric non-Hermitian SSH model: exceptional points and criticality under disorder; IIS, Univ. Tokyo, PES Univ. Bangalore^A, IIT Madras^B; Takano Taira, ^○Ken-Ichiro Imura, Rahul S^A, Vishnu PK^B, Rajesh Narayanan^B
4: Fock space skin effect and relaxation dynamics in an open quantum many-body system; YITP, Kyoto Univ.; Kenji Shimomura, Masatoshi Sato
^●5: Corner skin modes in non-Hermitian photonic crystal; Kwansei Gakuin Univ.; Huyen Thanh Phan，Katsunori Wakabayashi

6: Non-Hermitian skin effect induced by Z₄ topology; Kyoto Univ.，ETH Zürich^A; Sho Ishikawa，Tsuneya Yoshida^A
^●7: Non-Hermitian Level Repulsions as the Origin of Robust Z₂ Topological Phases in Stacked Hermitian Systems; Dept. of Appl. Phys., Hokkaido Univ., YITP, Kyoto Univ.^A; Zhiyu Jiang, Masatoshi Sato^A, Hideaki Obuse
8: Localization phenomena in the Hatano-Nelson model with binary random potentials; Div. of Appl. Phys., Hokkaido Univ.; Geonhwi Hwang, Hideaki Obuse
9: Topological Phases Protected by Block Triangular Matrices; YITP, Kyoto Univ., ISSP, Univ. of Tokyo^A; Ryo Takami, Kenji Shimomura, Daichi Nakamura^A, and Masatoshi Sato
10: Junction systems' bulk edge correspondence of point-gap topological phases in continuous model; Division of Applied Physics, Hokkaido University; Aoki Yugawa, Geonhwi Hwang, Hideaki Obuse
11: Topological-to-topological transition induced by onsite nonlinearity; Univ. of Tsukuba; Kazuki Sone, Yasuhiro Hatsugai

1: Structural Mechanics of 3D Bacterial Biofilm; Biozentrum, Univ. of Basel, Max Planck Institute for Terrestrial Microbiology^A; Takuya Ohmura, Praveen K. Singh^A, Knut Drescher
2: Organ shape universality and underlying growth mechanics across vascular plant root tips; Osaka U.^A, JT BRH^B, Kyoto U. E.^C, Nagoya U.^D, Akita Pref. U.^E, NAIST^F, Hiroshima U.^G; Rion Mutsuno^A, Motohiro Fujiwara^B, Rieko Fujinami^C, Yoshiaki Inukai^D, Zichen Kang^E, Satoru Tsugawa^E, Tatsuaki Goh^F, Keiji Nakajima^F, ^○Koichi Fujimoto^A,G
3: Theoretical analysis and simulation of 3D tissue formation in Dictyostelium; Grad. Sch. of Arts and Sci. Univ. of Tokyo, KIS. Univ. of Tokyo^A, UBI. Univ. of Tokyo; Seiya Nishikawa, Satoshi Kuwana, Gen Honda^A, Satoshi Sawai^B, Shuji Ishihara^B
4: Modeling for cell deformation by the Fourier contour cell model and its relation to Phase-Field equation; Hiroshima Univ.^A, EXCELLS NINS^B, Univ. Tokyo^C; Nen Saito^A,B, Shuji Ishihara^C
5: A Fourier contour model for collective cell migration; Hiroshima Univ.^A，ExCELLS NINS^B; Ryusei Kubota^A, Nen Saito^A,B
6: Fourier contour cell model with cell division; Hiroshima Univ.^A, ExCELLS NINS^B; Seiya Takamura^A, Nen Saito^A,B

7: Theoritical study on membrane morphology of endocytosis; Yokohama City University Graduate School of Nanobioscience; Suguru Ushioda, Masashi Tachikawa
8: A mathematical model for chiral collective rotation of multicellular colony; BDR Riken^A，Grad. Sch. of Frontier Biol. Sci., Osaka Univ.^B; Ryohei Nishizawa^A,B, Tomoki Ishibashi^A, Goshi Ogita^A, Tatsuo Shibata^A,B
9: Mathematical modeling of protein domain formation on the endoplasmic endoplasmic reticulum of eukaryotic cells; Sch. Sci., Yokohama City Univ.; Tomoyo NISHIGAKI, Masashi TACHIKAWA
10: Self-organization of the power-law and spatiotemporal structure of the principal components of neural dynamics; Grad. Sch. of Info., Kyoto Univ.; Asahi Nakamuta, Jun-nosuke Teramae
11: Deformation dynamics after vesicles fusion depends on their sizes and elasticity.; School of Science, Yokohama City University; Masashi Tachikawa

1: Surrogate Assisted Monte Carlo Methods with Symplectic Gaussian Processes; Grad. School of Science, Univ. of Tokyo., NTT; Shuhei Kashiwamura, Yusuke Tanaka
2: Informed temperature exchange proposals for replica exchange MCMC; Univ. of Tokyo; Yamato Arai, Yuma Ichikawa, Koji Hukushima
3: Phase transitions on a context sensitive grammar model with long range interaction; Hokkaido Univ., UTokyo^A, Tohoku Univ.^B, Riken^C, UCLA^D; Yuma Toji, Jun Takahashi^A, Sho Yokoi^B,C, Vwani Roychowdhury^D, Hideyuki Miyahara
4: Phase transitions between linear and nonlinear information processing in many-body systems; OMU; Masaya Matsumura, Taiki Haga
5: Hyperparameter optimization in phase transition detection with unsupervised learning; Dept. of Eng. Osaka Metro. Univ.; Yoshitaka Miyahara, Taiki Haga
6: On High-Dimensional Black-Box Optimization Using Online Machine Learning Methods; GSIS, Tohoku Univ., Dept. of Physics, Kitasato Univ.^A, Dept. of Physics, Tokyo Tech.^B, Sigma-i Co., Ltd.^C; Keisuke Morita^C, Yoshihiko Nishikawa^A, Masayuki Ohzeki^B,C

7: Analysis of SGD dynamics for principal component analysis; UTokyo; Hayashi Aoba, Kabashima Yoshiyuki
8: A mean-field analysis of knockoff; UTokyo; Takashi Takahashi, Yoshiyuki Kabashima
9: Dynamics of Iterative Thresholding Algorithms; Department of Science, UTokyo; Kaito Takanami, Yoshiyuki Kabashima
10: Analytical Performance Evaluation of Image Processing based on Sparse Coding; Okayama Univ. HS; Toshiaki Aida
11: Phase transition in binary compressed sensing using non-zero mean matrices with L1-norm minimization; Graduate School of Information Sciences, Tohoku University, Department of Physics, Tokyo Institute of Technology^A, Sigma-i Co., Ltd.^B; Mikiya Doi, Masayuki Ohzeki^A,B
12: deriving the phase boundary of compressed sensing using CGMT; Graduate School of Information Sciences,Tohoku University, Tokyo Institute of Technology^A, Sigma-i Co., Ltd.^B; Kensuke Araki^B, Masayuki Ohzeki^A,B

1: Minimum scaling model and exact exponents for the Nambu-Goldstone modes in the Vicsek Model; Gakushuin Univ.; Harukuni Ikeda
2: Critical phenomena in Vicsek model systems with non-reciprocal interactions; Nagoya Inst. Tech.; Taisei Nakamura, Masaharu Isobe
3: Excluded volume effect and nonequilibrium phase transitions in hard disk Vicsek model systems with non-reciprocal interactions; Nagoya Inst. Tech.; Nobuaki Murase, Masaharu Isobe
4: Flow and jamming of confined active particles.; Kyoto Sangyo Univ.; Taiga Iwanaga, Kuniyasu Saitoh
5: Dynamics of a deformable droplet to an elliptic shape driven by surface tension gradient; Chiba Univ., Kobe Univ.^A, Josai Univ.^B, Hokkaido Univ.^C; Hiroyuki Kitahata, Yuki Koyano^A, Yasuaki Kobayashi^B, Masaharu Nagayama^C
6: Spontaneous droplet motion in PEG/Salt aqueous two phase system; TUS; Yuma Mori, Daichi Sato, Kai Kikuchi, Yutaka Sumino

7: Evaluating the Density Dependence of Diffusivity in Active Brownian Particles; Tokyo Univ. of Science; Toranosuke Umemura, Issei Sakai, Takuma Akimoto
8: Boltzmann equation for collective motion via non-local visual interaction; Dept. of Phys., Tohoku Univ.; Susumu Ito, Nariya Uchida
9: Topological defect formation and collective motion of multicellular system in cylindrical lattice space; Dept. Eng., Univ. Kyoto; Ryo Ienaga, Yusuke Maeda
10: Ordered structures and phase defects in the solidification of active matter; Waseda Univ.; Tomida Hiroto, Yamazaki Yoshihiro
11: Vortex reversals as a precursor of bacterial turbulence; Dept. Phys., Univ. Tokyo.^A, Penn State Univ.^B, ipi, Univ. Tokyo^C; Daiki Nishiguchi^A, Sora Shiratani^A, Igor S. Aranson^B, Kazumasa A. Takeuchi^A,C
12: localization and bistability of bioconvection; RIMS; Yoshiki Hiruta, Kenta Ishimoto

1: Upper Bounds of the Heat Current between an Apparatus and a Dissipative System under Continuous Measurement; Pure and Applied Sciences, Univ. Tsukuba; Yuki Fujimoto, Tsuyoshi Yamamoto, Kyo Yoshida, and Yasuhiro Tokura
2: Boundary-driven quantum systems with QMBS-originated solvable steady states; The University of Tokyo; Chihiro Matsui, Naoto Tsuji
3: Macroscopic irreversibility in isolated quantum many-body systems: a rigorous example; Gakushuin U.; Hal Tasaki
4: Complete classification of integrability and non-integrability for spin-1/2 chain with symmetric nearest-neighbor interaction; Graduate School of Arts and Sciences, The University of Tokyo, RIKEN CPR^A; Mizuki Yamaguchi, Yuuya Chiba^A, Naoto Shiraishi
5: Exact Thermal Eigenstates of Nonintegrable Spin Chains at Infinite Temperature; RIKEN CPR^A, RIKEN RQC^B; Yuuya Chiba^A, Yasushi Yoneta^B
6: Minimization of Dissipated Work in Nano-System Finite-Time Carnot Heat Engines by Thermodynamic Length; Graduate School of Pure and Applied Sciences, Univ. of Tsukuba; Kota Shirayama and Nobuhiko Taniguchi

7: Universal bound on work extractable from quantum many-body system; Univ. of Tokyo^A, iπ, Univ. of Tokyo^B, RIKEN CEMS^C; Akihiro Hokkyo^A and Masahito Ueda^A,B,C
8: Decoherence and thermalization in open quantum many-body systems: a derivation of Davies equation without the rotating-wave approximation; Dept. of Phys. Univ. of Tokyo^A, Dept. of Phys. Keio Univ.^B; Koki Shiraishi^A, Masaya Nakagawa^A, Takashi Mori^A
9: Heat flux dynamics under Markovian embedding; University of Yamanashi; Chikako Uchiyama, Kazunari Hashimoto
10: Operator spreading in long-range interacting quantum spin systems; Waseda Univ., Keio Univ.^A; Tatsuhiko Shirai, Takashi Mori^A
11: Measurement-induced spectral transition and entanglement transition; University of Tokyo, RIKEN CPR^A, RIKEN iTHEMS^B; Ken Mochizuki^A, Ryusuke Hamazaki^A,B
12: Unveiling clean two-dimensional discrete time quasicrystals on a digital quantum computer; RIKEN; Kazuya Shinjo, Kazuhiro Seki, Tomonori Shirakawa, Rong-Yang Sun, and Seiji Yunoki

1: Self-Organization and Final Attractor States in Highly-Packed Inelastic Hard-Disk (Granular Gas) Systems; Nagoya Inst. Tech.; Ryo Kitagawa, Daigo Mugita, Nobuaki Murase, Masaharu Isobe
2: Collapse of wet granular column under gravity; Grad. Sch. of Eng. Sci., Osaka Univ.，Grad. Sch. of Eng. Sci., Osaka Univ.^A; Ryusuke Inoue, Michio Otsuki
3: Barchan movement by the sand supply using crest line model; School of IMS, Meiji Univ., MIMS, Meiji Univ.^A; S. Y. Navarro, M. Shiraishi^A and H. Nishimori^A
4: Velocity profile in three-dimensional granular flows in rotating drums.; Grad. Sch. of Eng. Sci., Osaka Univ.; Akito Oda, Michio Otsuki
5: Contact and Friction between Randomly Rough Surfaces; Dep. of Phys., Aoyama Gakuin Univ.; Hiroshi Matsukawa

6: Slip behavior in a multilayer stick-slip model Ⅱ; Nara Women's Univ., Osaka Univ.^A, Nara Women's Univ.^B; M.Yamada, T.Hatano^A, S.Kitsunezaki^B
7: Amorphous plasticity with negative strain rate sensitivity represented by mesoscale model; Kanazawa Univ.^A，Osaka Univ.^B，Osaka Univ.^C; Tomoaki Niiyama, Akio Ishii, Takahiro Hatano, Tomotsugu Shimokawa, Sigenobu Ogata
8: DEM simulation for compression of crushable particles; Grad. Sch. of Eng. Sci., Osaka Univ.; Kodai Saheki, Michio Otsuki
9: The science behind sand bathing: The effectiveness of fur in blowing sand away; Graduate School of Science,Osaka University, Graduate School of Environmental Studies, Nagoya University^A, Nagoya University Museum^B; Ochi Yuto, Akeda Takumi^A, Fujiwara Shin-ichi^B, Katsuragi Hiroaki
10: Verification of the Haff's law by granular gas experiments under microgravity environment; Univ. of Tokyo, Engineering^A, KIT^B; Hosei O^A, Soichi Tatsumi^B

1: Derivation of the conductivity tensor based on td-CDFT using the magnetic Bloch function, and verification of the accuracy of an energy dissipation term in the classical limit; Graduate School of Medicine, Science and Technology, Shinshu Univ., Graduate School of Advanced Science and Engineering, Hiroshima Univ.^A; W. Sakamoto, K. Higuchi^A, M. Higuchi
2: Study of treatment of degenerate points in calculation of anomalous Hall conductivity by local Berry phase method; NanoMaRi, Kanazawa Univ.; Naoya Yamaguchi, Fumiyuki Ishii
3: Discovery of a bias-free force calculation method in ab initio variational Quantum Monte Carlo; NIMS, CNRS(Sorbonne Université)^A, SISSA^B; Kosuke Nakano, Michele Casula^A, Giacomo Tenti^B
4: Crystal Graph Convolutional Neural Network to Predict Atom-decomposed Properties; ITC U-Tokyo, IST U-Tokyo^A; Mitsuaki Kawamura, Masatoshi Hanai, Yuji Tone^A, Hiroki Kanezashi, Toyotaro Suzumura^A
5: First-principles calculation of entropy for liquids; SANKEN, Osaka University; Koun Shirai
6: Mathematical Crystal Chemistry; AIST, ISSP; Ryotaro Koshoji, Taisuke Ozaki

7: Regional chemical potential analysis for material surfaces; ISSP, Kyoto Univ.^A; Masahiro Fukuda, Masato Senami^A, Taisuke Ozaki
8: Low-rank quantics tensor train representations of Feynman diagrams for multiorbital electron-phonon models; Department of Physics, Saitama University; Hirone Ishida, Okada Natsuki, Shintaro Hoshino, Hiroshi Shinaoka
9: Predicting the self-energy of quantum impurity models using physics-informed deep neural network; Saitama Univ., AtelierArith^A, Univ. of Tokyo^B; Fumiya Kakizawa, Satoshi Terasaki^A, Nobuyuki Yoshioka^B, Hiroshi Shinaoka
10: Fermi-Dirac Statistics and extended Bernoulli symbolic calculus; Phys. Div., U. Tsukuba; Nobuhiko Taniguchi
11: Electronic states on a Hyperbolic lattice in a magnetic field; Department of Physics, Ibaraki Univ.; Tsuyoahi Shiina, Takahiro Fukui

1: （Invited Presentation.） Recent developments on topological solitons such as Skyrmions and domain walls and in QCD and condensed matter; Keio Univ, Hiroshima Univ. WPI-SKCM2; Muneto Nitta
2: Integrable hyperbolic vortex on a compact surface of genus two; Kitasato Univ.; Kaoru Miyamoto, Atsushi Nakamula
3: A PINNs analysis for the inelastic collision process of vortices in a (2+1) nonlinear dynamical equation; Tokyo Univ. of Sci., Kitasato Univ.^A, Okayama Univ.^B, Tokyo Univ. of Sci.^C, Toyama Pref. Univ.^D; K.Shimasaki, A.Nakamula^A, K.Obuse^B, N.Sawado^C, Y.Suzuki, K.Toda^D
4: Some Properties of Topological and Nontopological Localized Modes on CP^N Fermionic Sigma Model; Tokyo Univ. Sci.，Keio Univ.^A; Shintaro Yamamoto，Yuki Amari^A，Nobuyuki Sawado

5: Solitonic Ground State in Supersymmetric Theory in Background; Keio University, Hiroshima University SKCM2, Kitasato University^A; Muneto Nitta, ^○Shin Sasaki^A
6: String junctions in a flag manifold sigma model; Keio Univ.^A, Dokkyo Medical Univ.^B, SKCM2^C; Keisuke Ohashi^A, Yuki Amari^A, Toshiaki Fujimori^A,B, Muneto Nitta^A,C
7: On axially symmetric monopoles of higher charges; Kitasato Univ.; Tomoaki Watanabe, Kaoru Miyamoto, Atsushi Nakamula
8: Euclidean Methods on Dirac quantization and Gauge Representation; Dept. of Phys., Osaka University; Dohyun KIM
9: Bridging two semiclassical confinement mechanisms: monopole and center vortex; YITP, Kyoto U.; Yui Hayashi, Yuya Tanizaki
10: Restoration of residual local gauge symmetries due to topological defects and its implications for color confinement; Dept. of Phys., Chiba Univ.; Naoki Fukushima, Kei-Ichi Kondo

1: Logarithmic behavior of displacement correlations in a Brownian disk system in relation with its structural relaxation; Tottori Univ., Osaka Univ.^A, Kyoto Univ.^B; Ooshida T., M. Otsuki^A, S. Goto^A, T. Matsumoto^B
2: State following procedure in 1+∞ dimensional replicated liquid theory: Compression and shear; Dept. Phys., Osaka Univ., CMC, Osaka Univ.^A; Yukihiro Tomita and Hajime Yoshino^A
3: Hysteresis of cohesive granular materials near jamming; Osaka Univ., Nagoya Univ.^A; Michio Otsuki, Kiwamu Yoshii^A
4: Exploring jammed packing structures of hard disk glasses using the free volume estimator; Nagoya Inst. Tech.; Daigo Mugita, Kazuyoshi Souno, Masaharu Isobe
5: Improving graph neural networks for a faithful prediction of relaxation dynamics of glassy liquids; Univ. of Hyogo, Nagoya University^A; Hayato Shiba, Hidemasa Bessho^A, Takeshi Kawasaki^A
6: Glassy behavior in a deformable particle model; Dept. Phys., Nagoya Univ., Grad. Sch. of Integrated Sci. for Life, Hiroshima Univ.^A; Kiwamu Yoshii, Nen Saito^A, Duc Dam T., Kunimasa Miyazaki, Takeshi Kawasaki

7: Effects of dissipation on viscoelasticity in amorphous solids; University of Tokyo; Hideyuki Mizuno
8: Nonlinear mechanical response under finite shear rate in jammed state; Graduate School of Science of Nagoya University; Hidemasa Bessho, Takeshi Kawasaki, Kunimasa Miyazaki
9: Deep learning of features to identify the structure of glass-forming liquids.; Grad. Sch. Engn. Sci., Osaka Univ.; Kohei Yoshikawa, Kentaro Yano, Shota Goto, Kang Kim, Nobuyuki Matubayasi
10: Aging in Glass based on Delayed Response of Free Energy Landscape; Grad. Sch. of Sci. & Tech., Kyoto Inst. of Tech., Fac. of Mater. Sci. & Eng., Kyoto Inst. of Tech^A, Res. Inst. For Sci. Educ., Inc.^B; Ayata Ueno, Tomoko Mizuguchi^A, Takashi Odagaki^B
11: Thermal Properties and Surface Structures in Vapor-deposited Ultrastable Phenolphthalein Glass; KIT; Ibuki Furuno, Yuta Kishimoto, Arifumi Okada, Haruhiko Yao, Soichi Tatsumi
12: Effects of freezing temperature, amount of uncrystallized water, and dynamics of polymer on structure of ice in partially crystallized polymer - water mixtures; Dept. of Phys., Grad. Sch., Tokai Univ., Micro Nano Tech. Center, Tokai Univ.; Yuka Arai, Kaito Sasaki, Rio Kita, Naoki Shinyashiki
^●13: Structure and dynamics of amorphous methane hydrate; Univ. of Tokyo，IMSS KEK^A，CROSS^B，JASRI^C; Menghan Zhang，Hiroshi Akiba，Takashi Honda^A，Kazutaka Ikeda^B，Hiroki Yamada^C，Seiya Shimono^C，Osamu Yamamuro

1: Linear responce theory connects Bayesian and Frequencist: W matrix and Bayesian IJK; ISM; Yukito Iba
2: Koopman analysis of combinatorial optimization problems with replica exchange Monte Carlo method; Saitama Univ.; Tatsuya Naoi, Jun Ohkubo
3: Online learning for kernel extended dynamic mode decomposition using sliding windows; Saitama Univ.; Yamato Sakurai, Jun Ohkubo
4: An analysis of the reweighting/resampling effect on feature learning in imbalanced classification; Kyoto Univ.; Tomoyuki Obuchi, Toshiyuki Tanaka
5: Analysis of Transverse Hopfield Model under finite Trotter Size; UT Grad. Sci.; Koki Okajima, Yoshiyuki Kabashima
6: Generative Modeling with Inverse Functional Renormalization Group Flows; Dept. of Phys., Univ. of Tokyo^A, IPI, Univ. of Tokyo^B; K. Masuki^A and Y. Ashida^A,B
7: Improved parameter initialization of neural networks using Ridgelet transform; Saitama Univ.; Hikaru Homma, Jun Ohkubo

^●8: Learning by message passing in the multilayer perceptron; Cybermedia Center，Osaka Univ.^A，Grad. Sch. of Sci.，Osaka Univ.^B; Angelo Giorgio Cavaliere^A，Hajime Yoshino^A，B
9: Spatial variation of data correlation in MLP; Dept. Phys., Osaka Univ., CMC, Osaka Univ.^A; Tota Yoshida, Hajime Yoshino^A
10: generalization ability of a multilayer-perceptron in a Bayes optimal teacher-student scenario; CMC Osaka Univ.; Hajime Yoshino
11: Dynamics of stochastic gradient descent for non-linear variational autoencoder; Univ. of Tokyo, Fujitsu; Yuma Ichikawa, Koji Hukushima
12: Learning dynamics of two-layer neural networks and its reachability to the global minimum; Univ. Tokyo, Fujitsu, RIKEN; Sota Nishiyama, Yuma Ichikawa, Koji Hukushima, Masaaki Imaizumi
13: Learning Method for Energy-Based Models Using Ratio Divergence; Fujitsu Ltd.^A, Univ. of Tokyo^B; Yuichi Ishida^A, Yuma Ichikawa^A,B, Aki Dote^A, Toshiyuki Miyazawa^A, Koji Hukushima^B
14: Applications of Kolmogorov-Arnold Networks in Physics; Univ. of Tokyo, JAEA^A; Yuki Nagai, Masahiko Okumura^A

1: Improvement of mean field approximation for Ising spin systems on scale-free networks; ASE, Waseda University; Kouki Okui, Yoshihiro Yamazaki
2: Analysis of aging processes in scale-free networks; Keio Univ.; Ryuho Sekikawa, Hiroshi Watanabe
3: Relation between the recovering process and the property of the final state in SIR model on networks; Faculty of Medicine, Toho University, Graduate School of Science and Engineering, Ibaraki University^A; Tomoaki Nogawa, Takehisa Hasegawa^A
4: On the relation between the hyperbolicity and percolation transition in networks II; Ibaraki Univ., Toho Univ.; Takehisa Hasegawa, Tomoaki Nogawa
5: Stability Condition for Mutualisitc Networks with Nested Structures; Department of Physics, Kyoto University; Ikumi Kobayashi, Shin-ichi Sasa
6: Spectral density of Laplacian matrices for bifractal networks; Dept. Appl. Phys., Hokkaido Univ.; T. Horie and K. Yakubo
7: Percolation on Generalized Song-Havlin-Makse model; Ibaraki University; Kazuki Wataya, Takehisa Hasegawa
8: Statistics of articulation points of complex networks and their application; Ibaraki Univ.; Shogo Mizutaka, Takehisa Hasegawa

9: Long-range disassortativity of correlated networks and their robustness; Dept. Appl. Phys., Hokkaido Univ.; H. Sakai and K. Yakubo
10: Quantitative evaluation of the non-universal price impact hypothesis based on empirical analysis of the GGPS model; Deptment of Physics, Graduate School of Science, Kyoto University; Yuki Sato, Kiyoshi Kanazawa
11: Mathematical modeling of polarization dynamics in social networks II; Dept. of Sci., Kagoshima Univ., GSFS, UTokyo^A, MI-Center, UTokyo^B, Sch. of Eng., Tokyo Tech^C; Shigefumi Hata, Ryota Kobayashi^A,B, Hiroya Nakao^C
12: Study of the origin of the universality of Zipf's law by a dynamical toy model; Aichi University of Technology, Ochanomizu University^A; Tohru Tashiro, Megumi Koshiishi^A, Tetsuo Deguchi^A
13: Statical Analysis of Tag-Tag interaction in Niconico; Univ. Tokyo; Kiminori Ito, Takashi Shimada
14: Evaluating the store-store interaction from location patterns; Univ. Tokyo; Ren Tajima, Takashi Shimada
15: Evaluation of the positioning of football players during attacks using a path-cost model based on space evaluation; Univ. Tokyo; Masayoshi Kurihara, Keigo Kinoshita, Takashi Shimada
16: Analysis of the risk-return relationship during attacks in football using a path-cost model; Univ. Tokyo; Keigo Kinoshita，Masayoshi Kurihara，Takashi Shimada

1: Analysis on the Two State Vector Formalism; SOKENDAI; Shogo Hanashiro
2: On the general increase in observational entropy; Nagoya Univ. Info.; Teruaki Nagasawa, Kohtaro Kato, Eyuri Wakakuwa, Francesco Buscemi
3: Bell-CHSH observable for position and momentum using the sign function; Grad. Sch. Info., Nagoya Univ.; Takemi Nakamura
4: Typical entanglement with symmetry fractionalization; The University of Tokyo, RIKEN CPR^A; Haruki Yagi, Ken Mochizuki^A, Zongping Gong
5: Time-evolving resonant states in open double quantum-dot systems with spin degrees of freedom; Kanagawa Univ., IIS, Univ. of Tokyo^A; Akinori Nishino, Naomichi Hatano^A
6: relation between spin vorticity and electric current; Dept. Micro Eng., Kyoto Univ.; Seiryu Sugiura, Masato Senami
7: The transition from exponential to non-exponential decay from quantum double well structures reexamined; Univ. of Fukui; Norifumi YAMADA

8: Generalization of the Robertson-Schrödinger uncertainty relation; Shibaura Institute of Technology^A, The University of Tokyo^B; Aina Mayumi^A, Gen Kimura^A, Jaeha Lee^B
9: Detection of measurement imcompability using semidefinite programming; SIT, OU^A, YITP^B; Kiyotaka Yoshimura, Kaito Nakatsuka^A, Ryo Takakura^B, Gen Kimura
10: Short- and long-time behavior of a two-level system coupled with a Dirac particle bath; U-Toyko^A, Kanawaga Univ.^B; Takano Taira^A, Naomichi Hatano^A, Akinori Nishino^B
^●11: Fixing detailed balance in ancilla-based dissipative state engineering; RIKEN，Grad. Sch. of Eng. Phys.^A，Nat. Cheng Kung Univ.^B; Neill Lambert，Mauro Cirio^A，Jhen-dong Lin^B，Paul Menczel，Pengfei Liang^A，Franco Nori
12: Classification of spectra of open quantum many-body systems using oscillating-mode gap; Osaka Metropolitan Univ.; Taiki Haga
13: Exact solution of the particle density in a free-fermionic chain under dephasing noise; Dept. of Phys., Tokyo Tech.; Taiki Ishiyama, Kazuya Fujimoto, Tomohiro Sasamoto
14: Heat engine under parameter modulation along exceptional line; Sanyo-Onoda City Univ., YITP Kyoto Univ.^A; Ryosuke Yoshii, Hisao Hayakawa^A
15: Universality in the two-body problem of bosonic systems with two-body loss; LPTMS Univ. Paris-Saclay, Dept. of Phys. Univ. of Tokyo^A; Alice Marché, ^○Hironobu Yoshida^A, Alberto Nardin, Hosho Katsura^A, and Leonardo Mazza

1: Scaling of the Size and Computational Time of Brown 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
2: Exact dynamics of the inhomogeneous ASEP; Tokyo Polytech. Univ., The Univ. of Tokyo^A; Jun Sato
3: The solution method for First Passage problems with two absorbing boundaries by employing the theory for one absorbing boundary; AGU; Yuta Sakamoto, Takahiro Sakaue
4: Analysis of Time-Periodically Driven Dynamics in a Simple Exclusion Process; Dept. Phys. Univ. Tokyo, Tokyo Polytechnic Univ.^A, ISSP^B; Yuki Watanabe, Yuki Ishiguro^A,B, Takashi Oka^B
5: An Encompassed Representation of Timescale Hierarchies in First-order Reaction Network; RIES, Hokkaido Univ., RIES, Hokkaido Univ.^A, ICReDD, Hokkaido Univ.^B, Chemistry, Hokkaido Univ.^C, Physics, Nara Women's Univ.^D, Information Science, University of Hyogo^E, Institute for Open and Transdisciplinary Research Initiatives, Osaka Univ.^F, The Institute of Scientific and Industrial Research, Osaka Univ.^G; Yutaka Nagahata, Masato Kobayashi^A,B,C, Mikito Toda^A,D,E, Satoshi Maeda^B,C, Tetsuya Taketsugu^B,C, Tamiki Komatsuzaki^A,B,C,F,G
6: Universality in the dynamical phase transitions of Brownian motion; Dept. of Phys., Univ. of Tokyosup>A, RIKEN BDR^B, RIKEN CPR^C, IPI Univ. of Tokyo^D, RIKEN iTHEMS^E; Takahiro Kanazawa^A，B, Kyogo Kawaguchi^B，C，D, Kyosuke Adachi^E，B
7: Large deviation for symmetric exclusion process in half-space; Dept. Phys., Tokyo Tech.; Tomohiro Sasamoto
8: Dynamic properties of subrecoil-laser-cooled atoms; Tokyo Univ. of Science, Chemnitz Univ. of Tech.^A, Bar Ilan Univ.^B; Souma Shiraki, Guenter Radons^A, Eli Barkai^A, Takuma Akimoto

9: Long-period fluctuations in music and physics; Kyoto Sangyo Univ., Ochanomizu Univ./RIKEN^A; Akika Nakamichi, Masahiro Morikawa^A
10: Stochastic modeling of deterministic laser chaos using generator extended dynamic mode decomposition; Saitama Univ.; Kakutaro Fukushi, Jun Ohkubo
11: Ant colony optimization and \alpha annealing in the infinite-range Ising model; Graduate School of Science and Technology, Hirosaki Univ.; S.Mori, T.Shimizu, M.Hisakado, K.Nakayama
12: The generalization of generative diffusion models; Dept. of Phys., TokyoTech^A, GSIS Tohoku Univ.^B, Sigma-i Co., Ltd.^C; Kentaro Kaba^A, Reo Shimizu^B, Ohzeki Masayuki^A,B,C, Yuki Sughiyama^B
13: Generative modeling from an optimal control perspective; GSIS Tohoku Univ.^A, TokyoTech^B, Sigma-i Co., Ltd.^C; Reo Shimizu^A, Masayuki Ohzeki^A,B,C, Yuki Sughiyama^A
14: Current fluctuations in a SSEP on a heterogeneous system; Tokyo Univ. of Science; I. Sakai and T. Akimoto
15: The Dependency of the Speed of Infection Spread on the Diffusion Coefficient Due Many-Body Brownian Motion and Its Theory; Tokyo Univ. of Sci., Univ. of Tokyo^A; Kaito Takahashi, Makiko Sasada^A, Takuma Akimoto
16: Tensor-train format for solving a system of differential equations in a dual process; Saitama Univ.; Kayo Kinjo, Jun Ohkubo

1: （Symposium Session.） Introduction; Dept. Basic Science, Univ. of Tokyo; Chisa Hotta
2: （Symposium Session.） Quantum reservoir probing : exploring strongly correlated systems through information processing; School of Engineering, University of Tokyo; Yukitoshi Motome
3: （Symposium Session.） Nonequilibrium quantum many-body dynamics: about the timescale of thermalization; Faculty of Science and Technology, Keio University; Takashi Mori
4: （Symposium Session.） Quantum Glauber dynamics and related issue; Graduate School of Informatics,　Kyoto　University; Kenji Harada
5: （Symposium Session.） Long-time dynamics in quantum many-body systems by dynamic mode decomposition; Faculty of Science and Technology, Sophia University; Ryui Kaneko

6: （Symposium Session.） Probing novel nonequilibrium dynamics of Bose gasses in an optical box; Institute for Molecular Science; Hikaru Tamura
7: （Symposium Session.） Simulating strongly correlated quantum systems via spiral-basis quantum tomography; College of Humanities and Sciences, Nihon University; Daisuke Yamamoto
8: （Symposium Session.） Towards the realization of spiral-basis quantum tomography using a quantum gas microscope; RIKEN; Hideki Ozawa

1: （Invited Presentation.） What is topological order; ISSP; Masaki Oshikawa
2: （Invited Presentation.） Fracton topological phases in view of new symmetries; Yukawa Institute; Hiromi Esbiu

^●3: Topological zero modes and bounded modes at smooth domain walls: exact solutions and dualities; Univ. of Tokyo，Univ. of Salerno; Pasquale Marra，Angela Nigro
4: Majorana multipole response with magnetic point group symmetry; RIKEN CEMS, RIKEN CPR^A; Shingo Kobayashi, Yuki Yamazaki^A
5: Full-gap chiral superconducting phases and multipole response of surface Majorana fermions; RIKEN CPR, RIKEN CEMS^A; Yuki Yamazaki, Shingo Kobayashi^A
6: Current-Voltage Characteristics from Andreev Reflection and Topological Phase Transition in the Kitaev Chain Model with Nonzero Chemical Potential (μ≠0); Osaka Metropolitan Univ. College of Tech., Nara Women's Univ.^A, Callaghan Innovation Res. Inst.^A; Yukimi Kanai, Shuichi Iwabuchi^A
7: Gapless superconductivity in quasicrystals and its topological phase transition; The University of Tokyo^A, Fac. of Sci. Div. I, Dept. of Appl. Phys. Tokyo Univ. of Sci.^B, Dept. of Phys. and Eng. and Cent. for Quant. Topo and Appl. Univ. of Saskatchewan^C, Fac. of. Adv. Eng., Dept. of Appl. Phys. Tokyo Univ. of Sci.^D; Kazuma Saito^A,B, Masahiro Hori^B,C, ^○Ryo Okugawa^B,D, K. Tanaka^C, Takami Tohyama^B,D
8: Self-consistent study of Zeeman-field-induced higher-order topological superconductivity; Dept. of Appl. Phys.,Tokyo Univ. of Sci., NIT,Tsuruoka, Col^A; Yuichiro Ishiyama, Kazuma Saito, Jun Tokimoto^A, Ryo Okugawa, Takami Tohyama
9: Theory of Green's function and transport of Kitaev chain model of finite length; Ngoya Univ., Upsala Univ.^A, Wurzburg Univ.^B; Yukio Tanaka, Jorge Cayao^A, Shun Tamura^B

1: Model Estimation with the data assimilation method; Kyushu Univ.; Daisuke Irikura, Mitsusuke Tarama
2: Life-like Behavior of an Oil Droplet in an Aqueous Surfactant Solution; Graduate School of Arts and Sciences, The University of Tokyo; Riku Adachi, Hiroki Kojima, Takashi Ikegami
^●3: Confining geometry determines the contracted shape of active cytoskeletons; Dept. Phys. Kyushu Univ.，Dept. Biomed. Eng. Yale Univ.^A，Dept. Chem. Eng. Kyoto Univ.^B; Archit Negi^B，Ryota Sakamoto^A，Yusuke T. Maeda^B
4: Mechanism of nonlinear transport by active matter using microtubules as agents; Kyoto Univ.; Nozomu Sasaki, Marie Tani, Masatoshi Ichikawa, Ibuki Kawamata, Akira Kakugo
5: Autonomous Assembly and Disassembly of Microtubules using DNA Reaction Network; Kyoto University, Tohoku University, Hokkaido University, Kyusyu Institute of Technology, Kyushu University; Ibuki Kawamata, Kohei Nishiyama, Daiki Matsumoto, Shosei Ichiseki, Jakia J. Keya, Kohei Okuyama, Masatoshi Ichikawa, Arif M. R. Kabir, Yusuke Sato, Daisuke Inoue, Satoshi Murata, Kazuki Sada, Akira Kakugo, Shin-ichiro M. Nomura
6: Dynamics of a chiral swimmer in viscosity gradients; Graduate School of Eng. Kyoto Univ.; Takuya Kobayashi, Ryoichi Yamamoto

7: The effect of chirality on the oscillating edge current in polar active fluid; Dept. of Physics, Kyushu Univ.; Hiroki Matsukiyo, Jun-ichi Fukuda
8: Collective motion in confined dense chiral active matter; Nagoya Univ.; Hajime Ikeda, Kunimasa Miyazaki, Takeshi Kawasaki
9: Stability of chiral active nematics analyzed by phase field based lattice Boltzmann method; Kyoto Sangyo Univ.; Shota Hosono, Kuniyasu Saitoh
10: Odd diffusivity of chiral active matter and numerical analysis of time correlation; Kyoto Sangyo Univ.; Shogo Azuma, Kuniyasu Saitoh
11: Cooperative phenomena of active particles communicating through diffusion fields; ISSP, Univ. Tokyo; Keita Fujita, Hiroyoshi Nakano, Hiroshi Noguchi
12: Lattice Boltzmann analysis of the collective motion and irreversibility of active matter; Institute of Engineering, Tokyo University of Agriculture and Technology; Michiaki Sakamoto, Itsuo Hanasaki

1: Asymptotic correlation functions of the two-dimensional Coulomb gas on an ellipse VI; Grad. Sch. of Math., Nagoya Univ.; Taro Nagao
2: Collective dynamics and effective number of molecules in dissociable diatomic molecular systems; Ibaraki Univ., AIST^A; Takehiro Kanazawa, Takenobu Nakamura^A, Naoko Nakagawa
3: Non-equilibrium phase interfaces in one-dimensional Hamilton-Potts model; Kochi University of Technology; Hitomi Endo, Michikazu Kobayashi
4: Mesoscopic dynamics of phase coexistence in boundary driven diffusive systems; Kyoto Univ., Ibaragi Univ.^A; Shin-ichi Sasa, Naoko Nakagawa^A, Akira Yoshida
5: Mesoscopic dynamics of liquid-gas coexistence in heat conduction systems; Kyoto Univ., Ibaraki Univ.^A; Akira Yoshida, Naoko Nakagawa^A, Shin-ichi Sasa
6: Equilibrium correspondence of heat conduction systems in global thermodynamics; Ibaraki Univ., Kyoto Univ.^A; Naoko Nakagawa, Shin-ichi Sasa^A

7: Slip effect at gas-liquid interface under shear flow; Dept. of Phys. Kyoto Univ.; Kazuma Yokota, Shin-ichi Sasa
8: Operational measurement method of bare viscosity in low-dimensional fluids; ISSP Univ. of Tokyo，Gifu Univ.^A，Kyoto Univ.^B; Hiroyoshi Nakano，Yuki Minami^A，Keiji Saito^B
9: Anomalous Heat Conduction in Anharmonic Chains with Space Reversal Symmetry; Gifu Univ., ISSP^A, Kyoto Univ.^B; Yuki Minami, Hiroyoshi Nakano, Keiji Saito
10: Anomalous Diffusion and Fluctuating Hydrodynamics in Classical Long-range Interacting Spin Systems; Department of Physics, Kyoto University; Hideaki Nishikawa, Keiji Saito
11: Heat transport near the Kosterlitz-Thouless transition point; UTokyo; Ken Hiura

1: Dielectric breakdown in S=1 Bilinear-Biquadratic chain under gradient magnetic field; ISSP, Univ. of Tokyo, Dept. of Appl. Phys., Univ. of Tokyo^A, Dept. of Phys., Konan Univ.^B; Koichi Okazaki, Shun Okumura^A, Shintaro Takayoshi^B, Takashi Oka
2: Numerical analysis of the angular-time evolution for the S=1 Heisenberg chain; Graduate School of Science and Technology, Niigata University, Faculty of Science, Niigata University^A; Takuma Kaise, Kouichi Okunishi^A
3: Nonequilibrium relaxation analysis of quantum random systems: Two-dimensional S=1/2 randomly-dimerized antiferromagnets; MANA, NIMS, Shibaura Institute of Technology^A; Yoshihiko Nonomura, Yusuke Tomita^A
4: Ferromagnetic AKLT states as exact ground states in a quantum spin chain; Fukuoka Inst. Tech., Fukuoka Univ.^A; Isao Maruyama, Shin Miyahara^A
5: Optimizing exploration of quantum critical phenomena with stochastic approximation; UTokyo Phys.^A, UTokyo ipi^B, UTokyo ISSP^C; Sora Shiratani^A, Synge Todo^A,B,C

6: Thermal pure states for tensor network methods; RIKEN RQC, RIKEN CPR^A; Yasushi Yoneta, Yuuya Chiba^A
7: Markov-shielded typical quantum states: a variational approach to thermal equilibrium; Department of Physics, University of Tokyo^A, Department of Basic Science, University of Tokyo^B; Atsushi Iwaki^A, Chisa Hotta^B
8: Performance evaluation of tree-tensor network algorithm with optimization of network structure; Gunma Univ., QIQB, Osaka Univ.^A, Niigata Univ.^B, Kyoto Univ.^C, Kobe Univ.^D; Toshiya Hikihara, Hiroshi Ueda^A, Kouichi Okunishi^B, Kenji Harada^C, Tomotoshi Nishino^D
9: Encoding of tree tensor network states into shallow quantum circuits; Dept. of Physics, Univ. of Tokyo; Shota Sugawara, Tsuyoshi Okubo, Synge Todo
10: Strategy on mitigating negative-sign-problem on frustration-free quantum spin system; Dept. of Phys., Tokyo Univ., ISSP, Tokyo Univ.^A; Keisuke Murota, Synge Todo

1: Propagation of Phase Waves in a Max-Plus Oscillator Chain; ASE, Waseda University，NIT, Gunma College^A，RISE, Waseda University^A; Yoshihiro Yamazaki, Shousuke Ohmori^A
2: On an ultradiscrete max-plus model generating robust chaos; NIT Gunma College, RISE Waseda University, ASE Waseda University^A; Shousuke Ohmori, Yoshihiro Yamazaki^A
3: Impact of Defective Sites in Multi-Lane Asymmetric Simple Exclusion Process; UTokyo-Eng, UTokyo-RCAST^A; Kai Kihara, Katsuhiro Nishinari, Takahiro Ezaki^A
4: Role of internal degrees of freedom in confomal integral transforms; Hiroshima City University; S. Kuwata
5: Z₂²-extension of Liouville and sinh-Gordon equations by zero-curvature formulation; OMU^A, UFABC^B, CBPF^C; N. Aizawa^A, ^○Ren Ito^A, Z. Kuznetosova^B, Toshiya Tanaka^A, F. Toppan^C
6: Checkerboard-like probability density profiles of exact solutions of the open boundary XXX model in two down spin sector and the time evolution of the plofiles; Ochanomizu Univ., Ochanomizu Univ.^A; Sawa Ohashi，Tetsuo Deguchi^A
7: Local conserved quantities in countable series of solvable models.; Grad. School of Math. Nagoya Univ.; Kazuhiko MINAMI

8: Classifying Multi-soliton Stationary Solutions in the Extended Toda Lattice under Open and Periodic Boundary Conditions; Chuo University, Keio University^A; Hayate Suzaki, Daisuke Takahashi^A
9: Bessel Functions of Purely Imaginary Order and Exactly Solvable Quantum-mechanical Potentials; NITGC, TUS; Yuta Nasuda, Nobuyuki Sawado
10: Mock-integrable system - the twisting, the conserved quantities,and the emergent chaos; Tokyo U. of Sci.^A, Kitasato U.^B, Okayama U.^C, Toyama Pref. U.^D; Nobuyuki Sawado^A, Atsushi Nakamula^B, Kiori Obuse^C, Kohei Shimasaki^A, Yuta Suzuki^A, Kouichi Toda^D
11: Deep learning analysis of chaotic behavior of pseudo-integrable soliton equations; Kitasato Univ., Okayama Univ.^A, Tokyo Univ. of Sci.^B, Tokyo Univ. of Sci.^C, Toyama Pref. Univ.^D; A.Nakamula, K.Obuse^A, N.Sawado^B, K.Shimasaki^C, ^○Y.Suzuki^C, K.Toda^D
12: Sold film formation and fracture in a paraffin droplet colliding with cool water (II); Nara Women's Univ.; So Kitsunezaki
13: A study III that on the “Amanotobirabiraki” which is the materialization phenomenon that occurs from non-existence and a study on the emergence of materials.; ATB Research Institute; Hiroyuki Matsubara，Yoshihiko Ozawa

1: Numerical research of unjammed state under oscillaroty shear; Graduate School of Science of Nagoya University; Hiroka Onoyama, Hidemasa Bessho, Takeshi Kawasaki, Kunimasa Miyazaki
2: Evaluation of determinants for the boson peak in glasses using coherent potential approximation; Univ. of Tsukuba; Tatsuya Mori, Dan Kyotani, Soo Han Oh
3: Relation between cryptobiosis and high temperature anomaly in trehalose dihydrate; KIT; Reon Oka, Taisei Yato, Keisuke Yamakawa, Haruhiko Yao, ^○Soichi Tatsumi
^●4: Low temperature heat capacities of vapor-deposited simple molecular glasses II; ISSP，Univ. of Tokyo; Xuejun Wu，Hiroshi Akiba，Yoshinori Ohmasa，Osamu Yamamuro
5: Polymer relaxation time analysis below glass transition temperatures by single-molecule fluorescence video microscopy; Josai University; Mitsuru ISHIKAWA, Hayato KUMANO, Sora TOHYAMA, Kimito HOSHI, Yuto MIZUNO
6: Fragility of low-concentration glycerol aqueous solution under high pressure; Dept. of Phys., Tokai Univ.; Kaito Sasaki, Yoshiharu Suzuki
7: Temperature Dependence of Viscosity in Supercooled Liquid Mg-Zn-Y Alloys Using Machine-Learning Interatomic Potentials; Kumamoto Univ.; K. Shimamura, T. Tsumuraya, A. Koura, F. Shimojo
8: Understanding glass transition as a critical phenomenon of liquid-liquid phase transition; Graduate School of Advanced Science and Engineering, Hiroshima Univ.; Yukio Kajihara

9: Lowest frequency Raman scattering modes in mono-alcohols; Graduate School of Sci. and Eng. Yamagata Univ., Faculty of Science Yamagata Univ.^A; Koshi Ozama, Yuko Amo^A, Yasuo Kameda^A, Takeshi Usuki^A
10: Dynamic and thermodynamic properties of acetonitrile and Mg-electrolyte absorbed in a metal–organic framework MIL-101; ISSP, CROSS^A, Tokyo Univ. of Sci.^B; Shun Sato, Hiroshi Akiba, Yoshinori Ohmasa, Takeshi Yamada^A, Kaori Taniguchi^B, Masaaki Sadakiyo^B, Osamu Yamamuro
11: Separation Experiment of Cyclic Oligosaccharide Aqueous Solution using Thermal Diffusion Phenomenon by Developing Fluidic Device using Temperature Gradient; Grad.Schoolof Sci.,Tokai Univ.，School of Sci.,Tokai Univ.^A，MNTC. Tokai Univ.^B; M.Takeuchi，K.Sasaki^A,B，N.Shinyashiki^A,B，R.Kita^A,B，H.Kimura^B
12: Thermodynamic and microscopic factors determining the solute-size dependence of hydrophobic interactions; Dept. Chem., Okayama Univ., RIIS, Okayama Univ.^A; H. Naito, T. Sumi^A, K. Koga^A
13: Exploration of Reaction Coordinates for Characterizing Transition Processes of Ion Association and Dissociation; Osaka Univ; Kazushi Okada, Kang Kim, Nobuyuki Matubayasi
14: Development of scaled-charge ions based on partial molar volumes of individual ions in water; Dept. of Chem., Okayam Univ., RIIS, Okayama Univ.^A; Aoi Taira, Tomonari Sumi^A, Kenichiro Koga^A
15: Long-chain preferential absorption and short-chain preferential permeation phenomena of alkanes to the polymer P4MP1; Keio Univ., Kyushu Univ.^A, Fukuoka Univ.^B; Tomoki Ogihara, Ryo Akiyama^A, Yusuke Sanada^B, Yukiteru Katsumoto^B, Ayano Chiba

1: Transient response of stress in nematic liquid crystal to step electric field; Nitech, Hokkaido Univ.; Yoshinori Takikawa, Koki Yoshihara, Makoto Iwata, Hiroshi Orihara
2: Travelling wave of director and flow patterns in chiral liquid crystal under electroconvection; Ritsumeikan Univ., RIKEN CEMS^A; Jun Yoshioka, Hiroki Nobiri, Koji Fukao, Fumito Araoka^A
3: Suppressing swirl structure of topological defects in liquid crystals; Hokkaido Univ.，Hokkai Gakuen Univ.^A; Keito Konishi，^○Yuji Sasaki^A
4: Spontaneous flow and negative viscosity under electric field in a tricyclic fluorine liquid crystal; Dep. of Sci. and Tech. Oita Univ., Dep. of Eng. Oita Univ.^A, Dep. of Appl. Phys., Hokkaido Univ.^B, Dep. of Phy. Kyushu Univ.^C, RIES, Hokkaido Univ.^D; Tomoyuki Nagaya, Takato Mera^A, Jun Takeda^B, Seiji Ujiie, Fumiaki Kobayashi^C, Hiroshi Orihara^B,D
5: Polar topology of liquid-matter ferroelectrics with nematicity; School of Emergent Soft Matter, South China University of Technology; Satoshi Aya, Jidan Yang, Yu Zou
6: Phase behavior and fluctuation in mixture of 5CB/dimethyl terephthalate; Dept. of Phys., Japan Women's Univ., Dept. of Macromol. Sci., Osaka Univ.^A, ICR, Kyoto Univ.^B; Ryoko Shimada, Osamu Urakawa^A, Tadashi Inoue^A, Hiroshi Watanabe^B

7: Simulating nematic-isotropic phase transition and thermodynamic picture of intermolecular interaction using non-boltzmann statistics; Osaka Univ., Kitasato Univ.^A, Hyogo Univ.^B; Shunsuke Ogita, Yoshiki Ishii^A, Hitoshi Wasizu^B, Kang Kim, Nobuyuki Matubayasi
8: Analyais of Lebwohl-Lasher model with randomness; Kyoto Univ.; Rei Amano, Takeaki Araki
9: Collective motion in a mixture of self-propelled particles with different motilities; Kyushu Univ., Kyoto Sangyo Univ.^A; C.Sadamatsu, A.Hashimoto, K.Saito, F.Kobayashi, Y.Iwashita^A, Y.Kimura
10: Aging Behavior in Laponite Solution Revealed by Molecular Diffusion Analysis; Graduate School of Science Univ. Tokyo^A, iCeMS Kyoto Univ.^B, Komaba Institute for Science Univ. Tokyo^C; Shunichi Saito^A, Sooyeon Kim^B, Yuichi Taniguchi^B, Miho Yanagisawa^A,C
11: Effects of Hydrodynamic Interactions for the Displacement Field in the Relaxation Process of Dense Colloidal Suspensions; IIS, Univ. of Tokyo; Junpei Noji, Akira Furukawa
12: Aggregation mechanism of colloids during curing of dispersion media; TMU^A, DNT^B; Yujiro Furuta^A,B，Rei Kurita^A

1: Negative differential resistance of bio-molecular motor F₁-ATPase; Department of Applied Physics, Graduate School of Engineering, Tohoku University; Haruto Kimura, Shoichi Toyabe, Yohei Nakayama
2: Controlling evolutionary trajectory in microbial exprimental evolution; BDR, RIKEN, UBI, Univ. Tokyo^A; Atsushi Shibai, Shumpei Sato, Hazuki Kotani, Naomi Yokoi, Chikara Furusawa^A
3: Mathematical Model of “Gene Guidance”; CDS, Kochi University; Takeshi Sugawara
4: Active thermodynamic force-driven pattern formation in two-dimensional space; Univ. Fukui, Tokyo Tech^A; Masashi K. Kajita, Tetsuhiro S. Hatakeyama^A
5: Evolutionary rate in gene regulatory networks with changing gene numbers; Univ. of Tokyo, BDR RIKEN^A; Yutaro Ikeda, Yusuke Himeoka, Chikara Furusawa^A
6: Koopman mode decomposition analysis of gene expression time series data; Kyutech; Masayo Inoue

7: A stochastic spatiotemporal growth model reproducing static and dynamic statistical laws of gut microbiome; Tokyo Tech Comp., SONY CSL^A, Cornell^B, RIKEN IMS^C; Rie Maskawa, Hideki Takayasu^A, Lena Takayasu^B,C, Wataru Suda^C, Misako Takayasu
8: On constraints of autocatalytic growing systems; The University of Tokyo, Tohoku University^A; Atsushi Kamimura, Yuki Sughiyama^A, Tetsuya J. Kobayashi
9: Correlation between Protein Secondary Structure and Environmental Robustness using the Lattice Protein Model; Grad. Sch. Sci., UTokyo, Grad. Sch. Eng.^A, Nagoya Univ., and Grad. Sch. Inform., Nagoya Univ.^B; Tomoei Takahashi, George Chikenji^A, Kei Tokita^B, and Yoshiyuki Kabashima
10: Evolvability of the latecomer killing system; ELSI, Tokyo Inst. of Tech, Dept. of Basic Sci., Univ. of Tokyo^A, Niels Bohr Inst., Univ. of Copenhagen^B; Tetsuhiro S. Hatakeyama, Arisa H. Oda^A, Kunihiro Ohta^A, Kunihiko Kaneko^B
11: Intermittent dynamics on a resource leak-intake system; Univ. Tokyo, Niels Bohr Inst.^A; Takashi Shimada, Kunihiko Kaneko

^●1: Collective intermittency of wind turbines; Nonlinear and Non-equilibrium Phys. Unit，OIST Grad. Univ.; Samy Lakhal，Mahesh M. Bandi
2: Statistical steady state of two-time correlation function of Lagrange velocity in turbulence; Dep. Phys. Kyoto U.; Takeshi Matsumoto
3: Effects of Shape-Anisotropy at Small Scales on the Statistics of Homogeneous Isotropic Turbulence; Graduate School of Mathematics, Nagoya Univ.; Yukio Kaneda
4: Non-local eddy diffusivity in turbulent channel flow; I.I.S., Univ. of Tokyo; Fujihiro Hamba
5: Quantifying interscale energy transfer in turbulence; Grad. Sch. of Eng. Sci., Osaka Univ.; Keisuke Endo, Yutaro Motoori, Susumu Goto
6: Extraction of invariant solutions embedded in shell model turbulence; Akita Univ., Osaka Univ.^A; E. Sasaki, G. Kawahara^A
7: Onset of patterns in plane Couette flow; Osaka Univ., Ecole Polytechnique^A; Masaki Shimizu, Paul Manneville^A

8: Visualization and analysis of flow around an elipsoid rotating in a spherical boundary; Kansai Univ. Graduate School of Sci. and Eng., Kansai Univ. Dept of Eng. Sci., Akita Univ. Faculty of Eng. Sci.; Kazuki Yoshikawa, Isshin Arai, Tomoaki Itano, Masako Sugihara-Seki and Takahiro Adachi
9: Visualization of SCF Spiral State and Shear History Experienced by Flakes; Grad. Sch. Sci. Eng., Kansai Univ., Dept. of Pure & Appl. Phys., Fac. of Eng. Sci., Kansai Univ.^A; Isshin Arai, Kazuki Yoshikawa, Tomoaki Itano^A, Masako Sugihara-Seki^A
10: Fine spatial structure in homogeneous and isotropic Hall MHD turbulence; NIFS; Hideaki Miura
11: Particle-relabeling as variational and divergence symmetries for 3D ideal fluid dynamics and magnetohydrodynamics; IMI Kyushu Univ., Hawaii Pacific Univ.^A; Y. Fukumoto, Rong Zou^A
12: Consideration on multiplicity and singularity in the interface analysis of magnetic fluids by using the Boundary Element Method; Fac. of Engineering, Hokkaido Univ.; Yo Mizuta
13: The vacuum-core vortex solution in relativistic perfect fluids; OMU, NITEP^A; Chihiro Matsuoka, Hideki Ishihara^A
14: Analysis of Stress Relaxation in a Nonlinear Viscoelastic Model Based on Rational Extended Thermodynamics; NIT, Tomakomai Col., Univ. Bologna.^A; Takashi Arima, Tommaso Ruggeri^A
15: Flapping regimes of an inverted flag:Lattice Boltzmann method and the simplified model; Department of Earth and Space Science, Osaka University; Hiroki Hattori

1: Enhancing the Gravity Model for Commuters: Time and Spatial-Structure Based Improvements in Japan's Metropolitan Areas; Tokyo Tech Sch. of Eng., University of Tsukuba Fac. of Eng.^A, Tokyo Tech Sch. of Comp.^B, Sony CSL.^C; Yixuan Y. Zheng^A, Yohei Shida^B,C, Hideki Takayasu^C,D, Misako Takayasu^C
2: Analysis of the Relationship Between Traders' Order Behavior and Changes in the Order Book; School of Computing, Tokyo Institute of Technology; Fumihiro Ito, Hideki Takayasu, Misako Takayasu
3: An Agent-Based Model for Reproducing the Empirical Laws of Hashtag Occurrence Frequency II; Tokyo Tech Sch. of Comp.^A, Univ. of the Ryukyus FGRS^B; Jiwei J. Jiang^A, Kenta Yamada^B, Hideki Takayasu^A, Misako Takayasu^A
4: Thermodynamic Structure of Macroeconomic Systems: An Approach Through Entropy Calculation; Grad. Sch. of Frontier Sciences, The Univ. of Tokyo; Akira Akao, Yuki Izumida
5: Theoretical analysis of diffusion coefficients in financial markets based on the mean-field theory of the Santa Fe-type order book model.; Department of Physics, Kyoto University; Taiki Wakatuki, Kiyoshi Kanazawa
6: Building production networks among goods and detecting bypassed imports and exports; NII, Waseda Univ.^A, Hokkaido Univ.^B; Takayuki Mizuno, Shuhei Kurizaki^A, Shohei Doi^B
7: Empirical analysis of emotional expressions in online QA service; Univ. Tsukuba; Yukie Sano, Haruki Takagi

8: Price Fluctuation Statistics in Altcoins.; TREND LORE., Nihon U^A, Kanazawagakuin U^B; Masafumi Takahashi, Masanori Yamanaka^A, Mieko Tanaka^B
9: Statistical law of area and perimeter of polygons drawn by human movement trajectories; Kanazawa Gakuin Univ., Kanazawa Gakuin Univ.^A, NII^B, Kanazawa Gakuin Univ.^C; Atushi Ishikawa, Shouji Fujimoto^A, Takayuki Mizuno^B, Yoshimi Tanaka^C
10: Characterization of the limit order book structure in the call auction; Univ. Tokyo; Shota Nagumo, Takashi Shimada
11: A New Approach to Soccer Simulation: Generating Players and Ball Movement Trajectories; Kanazawa Gakuin Univ., Kanazawa Gakuin Univ.^A, NII^B, Rissho Univ.^C; Shouji Fujimoto, Atushi Ishikawa^A, Takayuki Mizuno^B, Hiroshi Ietomi^C
12: Observing the sign of rapid fall of price; Kanazawagakuin Univ.; Mieko Tanaka-Yamawaki
^●13: TV weekly sales time series decomposition and forecast; Tokyo Inst. of Tech.^A，Univ. of Tsukuba^B，Sony Computer Sci. Lab.^C; Arthur Matsuo Yamashita Rios de Sousa^A，Junichi Ozaki^A，Yohei Shida^A，B，Qianyun Wu^A，Zheng Yixuan^A，Zhihua Zhong^A，Rie Masukawa^A，Jiwei Jiang^A，Kei Nagayama^A，Daiki Tokumoto^A，Daisuke Ando^A，Hideki Takayasu^A，C，Misako Takayasu^A
14: Statistical Analysis of Cryptocurrency Market Data and Development of a Predictive Model Using Machine Learning; Dept. of CS, Tokyo Tech; NA KANG, 高安秀樹, 高安美佐子

1: Multipartite Quantum Correlation in Matrix Product States; Department of Applied Physics, The University of Tokyo; Toshihiro Yada, Nobuyuki Yoshioka, Takahiro Sagawa
^●2: The Pseudomode Framework for Strongly Coupled Open Quantum Systems: Unravelings, Correlations and Thermodynamics; Theoretical Phys. Lab.，Cluster for Pioneering Res.，RIKEN^A，Inst. for Molecular Sci.，Nat'l. Inst. of Natural Sci.^B，Grad. Sch. of China Academy of Eng. Phys.，Haidian District，Beijing，China^C，Quantum Computing Center，RIKEN^D，Phys. Dept.，Univ. of Michigan，Ann Arbor，USA^E; Paul Menczel^A，Ken Funo^B，Mauro Cirio^C，Neill Lambert^A，D，Franco Nori^A，D，E
3: Measurement-induced phase transition in free bosons; Dept. of Phys., The University of Tokyo^A, IPI, The University of Tokyo^B; Kazuki Yokomizo^A, Yuto Asida^A,B
4: Measurement-only dynamics and phase transition in Kitaev toric code circuit; ISSP, Univ. of Tokyo, Akita Univ.^A, Nagoya Inst. of Tech.^B; Takahiro Orito, Yoshihito Kuno, Ikuo Ichinose
5: Formulating SPT phases in open quantum systems with measurement-based quantum computation; YITP, Kyoto Univ.; Riku Masui, ^○Keisuke Totsuka
6: Disappearance of spin current in the boundary-driven Heisenberg spin chain with next-nearest neighbor interaction; Nihon Univ., Tokyo Univ. of Sci.^A; H. Suzuki, Y. Hashizume^A

7: Exact derivation of the GUE Tracy-Widom distribution in one-dimensional quantum spin dynamics; Dept. of Phys., Tokyo Tech.; Kazuya Fujimoto, Tomohiro Sasamoto
8: Analytical derivation and extension of the anti-Kibble-Zurek scaling in the transverse field Ising model; Waseda University, NICT^A; Kaito Iwamura，Takayuki Suzuki^A
9: Analysis of residual errors after quantum annealing in the ANNNI model using iTEBD; Tohoku Univ.; Hiroki Hasegawa, Naokazu Shibata
10: N-body force Hubbard model with SO(2N) symmetry and its effective theory; YITP; Urei Miura, Keisuke Totsuka
11: Stable quantum vortex knots and links in spin-2 spinor Bose-Einstein condensates; Kochi University of Technology, Yokohama National University, Keio University; Michikazu Kobayashi, Yuta Nozaki, Yuya Koda, Muneto Nitta

1: Normal Mode Analysis of Regular and Chaotic Motion in Multiple Pendula; Chubu Univ., Osaka Electro-Comm. Univ.; Tetsuro KONISHI, Tatsuo YANAGITA^A
2: Attenuation of soliton by thermal vibration and anomalous heat transport in the FPUT lattice; Tottori Univ., Graduate School of Tottori Univ.^A; Kazuyuki Yoshimura, Masaki Takatsu^A
3: Numerical simulation of thermal transport in an umklapp-free lattice with cubic and quartic nonlinearity; Graduate School of Engineering, Osaka University; Hiroki Ono, Yusuke Doi, Akihiro Nakatani
4: Non-trivial uniformly hyperbolic regions in the coupled Hénon map II; Department of Physics, Tokyo Metropolitan University, RIKEN i THEMS; Keisuke Fujioka, Li Jizhou, Akira Shudo
5: Structure of exit basin in standard map; Osaka Met. Univ.; Satoshi Tsutsui, Takehiko Horita
6: Mirroring of a chaged particle under an adiabatic modulation of periodically-pulsed magnetic field; Tokyo Metropolitan University; Atushi Tanaka
7: Fast dynamics induce relaxation; Osaka Electro-Comm. Univ., Chubu Univ.^A; Tatsuo YANAGITA, Tetsuro KONISHI^A
8: Bifurcation of periodic orbits corresponding to the normal mode in three-body systems interacting via harmonic oscillator potential and the onset of global chaos; Department of Science and Engineering, Ritsumeikan Univ., Department of Engineering Science, Osaka Electro-Communication Univ.^A, College of Science and Engineering, Chubu Univ.^B; Yasushi SHIMIZU, Tatsuo YANAGITA^A, Tetsuro Konishi^B

9: Chaos on the fractalization route; Osaka Univ.; Tsuyoshi Chawanya
10: Synchronous/asynchronous transitions and thermal efficiency analysis for weakly-coupled low-temperature-differential Stirling engines; GSFS, Univ. of Tokyo; Songhao Yin, Hiroshi Kori, Yuki Izumida
11: Chaotic behavior in gravity interaction model II; Tokyo Tech, Sch. of Comp.; Hajime Koike, Hideki Takayasu, Misako Takayasu
12: Time Series Analysis of Dynamical Systems Using Delay-Embedded Reservoir Computing; FUN; Daito Yamauchi, Yuzuru Kato
13: Evaluating the Lyapunov spectrum in an experiment of bacterial turbulence; Dept. Phys., Univ. Tokyo^A, ipi, Univ. Tokyo^B, Dept. Phys., Tokyo Tech^C; Kazumasa A. Takeuchi^A,B, Taro P. Shimizu^C, Daiki Nishiguchi^A
14: Recurrence rate vs. number of connected graphs; AIST; Masanori Shiro
15: Dynamic mode decomposition for principal Koopman eigenpairs; Grad. Sch. Info. Sci. Tech., Osaka Univ.; Sho Shirasaka
16: Non-equilibrium stability during catastrophe processes; Dept. of Planet., Kobe Univ.; Kazuhito Yamasaki

1: （Symposium Session.） Intrduction; Tokyo University of Science; Masato Kotsugi
2: （Symposium Session.） A study of data-driven Landau model; Tokyo University of Science; Chiharu Mitsumata
3: （Symposium Session.） Feature extended free energy model: automated interpretation of magnetic domain structure.; Tokyo University of Science; Masato Kotsugi
4: （Symposium Session.） Confidence evaluation for feature selection in expanded feature space based on density of states; Tsukuba University; Yasuhiko Igarashi

5: （Symposium Session.） The shape of Data: Application of persistent homology to materials science; Okayama University; ippei Obayashi
6: （Symposium Session.） Physics in Probabilistic Inference: Insights from Free Energy Landscape; The Institute of Statistical Mathematics; Ayaka Sakata
7: （Symposium Session.） Reservoir computing with magnetic wire; Tohoku University; Hikaru Nomura
8: （Symposium Session.） Materials Design and Realization of Room Temperature Spin Glass for Brain-morphic Computing; The University of Tokyo; Hitoshi Tabata

1: （Symposium Session.） Opening Remarks; Keio Univ.; Tomohiko Sano
2: （Symposium Session.） Inflatable Robots; Meijo Univ.; Ryuma Niiyama
3: （Symposium Session.） Riemannian Geometry for Soft Robotic Matter; Osaka Univ.; Ryuichi Tarumi
4: （Symposium Session.） From Soft Rods to Soft Robotics; Kyoto Univ.; Marie Tani

5: （Symposium Session.） Three-dimensional architecture and assembly mechanism of the egg-shaped shell in testate amoeba; Yamagata Univ.; Mami Nomura
6: （Symposium Session.） Designing Soft Materials and Soft Robots; Tokyo Inst. Tech.; Shingo Maeda
7: （Symposium Session.） Shell Mechanics in Biological Functions; Kyushu Univ.; Taiju Yoneda

1: Phase transition and critical phenomena in a large language model; University of Tokyo^A，Kitasato University^B; Kai Nakaishi^A，Yoshihiko Nishikawa^B，Koji Hukushima^A
2: Fermi Machine; Sophia Univ., Univ. Tokyo; Masatoshi Imada
3: Stability of Machine Learning-based Turbulence Model; Grad. Sch. of Eng. Sci., Osaka Univ.^A, Dept. of Appl. Math., TUS^B, DAMTP, Univ. of Cambridge^C; Satoshi Matsumoto^A, Masanobu Inubushi^A,B,C, Susumu Goto^A
4: Estimation of Optimal Transport Mapping between Function Distributions using Neural Operators; Univ. of Tokyo; Miyu Sugimoto, Yusuke Tanaka, Masaaki Imaizumi
5: Understanding Diffusion Models by Feynman's Path Integral; Osaka Univ., RIKEN AIP/iTHEMS^A, Keio Univ.^B, UTokyo^C; Yuji Hirono, ^○Akinori Tanaka^A,B, Kenji Fukushima^C
6: Analysis of retrieval dynamics in three-body Hopfield model; U. Tokyo; YUTO SUMIKAWA, YOSHIYUKI KABASHIMA

7: Correlation dynamics between data and parameters in the learning process of neural networks; Grad. Sch. Info., Kyoto Univ.; Taishi Watanabe, Jun-nosuke Teramae
8: Theoretical analysis for the impact of neural correlation on memory capacity in reservoir computing; Grad. Sch. Info., Kyoto Univ.; Shotaro Takasu, Toshio Aoyagi
9: Simulations of physical reservoir computing using FeFET; OMU; Nagayoshi Taiki, Haga Taiki
10: New Neural Network Representation for Crystal Structure: the Architecture of NeSF and Crystalformer; OMRON SINIC X Corporation，Graduate School of Information Sciences, Tohoku University^A，TOYOTA Motor Corporation^B，Randeft Inc.^C，Department of Applied Physics, Graduate School of Engineering, Osaka University^D; Ryo Igarashi，Naoya Chiba^A，Tatsunori Taniai，Yuta Suzuki^B，Kotaro Saito^C,D，Yoshitaka Ushiku，Kanta Ono^D
11: Generative Model for Crystal Structure Prediction: Invariance to Arbitrariness of Unit Cells; IST U-Tokyo, ICT U-Tokyo^A; Yuji Tone，Mitsuaki Kawamura^A，Masatoshi Hanai^A，Kenjiro Taura，Toyotaro Suzumura
12: Extensive Hebbian rule, singularity resolution and emergence; FTS; Tomohiro Isshiki

1: Non-equilibrium statistical mechanics of open quantum systems with quantum i.i.d. states; Univ. of Tokyo^A, iπ Univ. of Tokyo^B, RIKEN CEMS^C; Takanao Ishii^A, Masahito Ueda^A,B,C
2: Control of quantum states with chirped pulse driven Floquet engineering and Landau tunneling; Department of Physics, Chiba University; Takeshi Hasebe, Masahiro Sato
3: Nonequilibrium steady state and quantum critical point in a dissipative parametric oscillator; Dept. Phys., NITEP, OMU; Kazuki Kanki, Satoshi Tanaka
4: General framework for analyzing Mpemba effects by comparing microstates; Sch. Sci., UTokyo^A, YITP, Kyoto Univ.^B; Naruo Ohga^A, Hisao Hayakawa^B, Sosuke Ito^A
5: Mpemba effect after a quench into an asymmetric potential; YITP Kyoto Univ., Univ. Cote d'Azur^A, Univ. Paris Cite^B; Hisao Hayakawa, Raphael Chetrite^A, Frederic van Wijland^B

6: Dynamical scaling of growth of adsorption domain in a soft porous crystal; Graduate School of Arts and Sciences, Univ. of Tokyo, Graduate School of Engineering, Tottori Univ.^A; Kota Mitsumoto, Kyohei Takae^A
7: Diffusive nature of Lagrangian chaos in weak turbulence; Kyushu University, Faculty of Engineering; Miyabi Mitani, Shinya Kawano, Hirotaka Okabe, Kenji Ishida, Yoshiki Hidaka
8: Constructing a statistical mechanics model of a reaction lattice gas; Dept. of Phys., Kyoto Univ.; Yusuke Yanagisawa, Shin-ichi Sasa
9: Exact steady states in the multi-dimensional driven-diffusive systems; Tokyo Polytechnic Univ.^A, ISSP^B; Yuki Ishiguro^A,B, Jun Sato^A
10: Effect of boundary on solitary wave in the Vicsek model; Tokyo Tech.; Yamada Yuhei

1: Ground-State Phase Diagram of an S=1 Ladder with Quartic On-Site Anisotropy for Ferromagnetic Rung Pairs II; 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
2: Magnetization Plateau of Anisotropic Distorted Diamond Chain with Ferromagnetic Interaction; U Hyogo; M. Hashimoto, T. Kawatsu, H. Suzuki, T. Houda, R. Furuchi, H. Nakano, K. Okamoto, T. Sakai
3: Magnetization Plateau of S=3/2 Anisotropic Antiferromagnetic Chain; U Hyogo; T.Kawatsu, M.Hashimoto, H.Suzuki, T.Houda, R.Furuchi, H.Nakano, K.Okamoto, T.Sakai
4: Field-Induced Spin Nemathic Phase of Anisotropic Quantum Spin Systems on Shastry-Sutherland Lattice; U Hyogo^A, QST SPring-8^B; T. Sakai^A,B, T. Kawatsu^A, H. Suzuki^A, M. Hashimoto^A, T. Houda^A, R. Furuchi^A, H. Nakano^A, K. Okamoto^A
5: SO(5) multicritical scenario for Deconfined Quantum Criticality in JQ-models; UNM-CQuIC, UTokyo-ISSP, BNU-Phys^A, BU-Phys.^B, CAS-IOP^C; Jun Takahashi, Hui Shao^A, Bowen Zhao^B, Wenan Guo^A, Anders W. Sandvik^B,C

^●6: Witnessing Disorder in a Spin Liquid; Theory of Quantum Matter Unit，Okinawa Inst. of Sci. and Tech. Grad. Univ.; Snigdh Sabharwal，Tokuro Shimokawa，Nic Shannon
7: Spin parity effects in anisotropic antiferromagnet in an applied field-field theory approach; NIMS^A, Dept. of Basic Science, The Univ. of Tokyo^B, QuaRC, IMS^C; Akihiro Tanaka^A, Shuntaro Sumita^B, and Yusuke Kato^B,C
8: Ground-state phase diagram of an extended Kitaev-Γ model on a honeycomb lattice; University of Hyogo; Takafumi Suzuki
9: Novel approach to Monte Carlo and infinite product expansion methods: From Kondo to Kitaev; School of Sci., Univ. Tokyo; Masahiko G. Yamada
10: Emergence of CP² triple-Q states and novel topological insulating phases in the SU(3) Kondo lattice model; Univ. of Tokyo; Yutaka Akagi

1: Some aspects of regularization techniques for tensor network and its application to the classical frustrated spin systems; ISSP, Univ. of Tokyo^A, IPI, Univ. of Tokyo^B, Keio Univ.^C; Kenji Homma^A, Tsuyoshi Okubo^B, Satoshi Morita^C, Naoki Kawashima^A
2: Ferromagnetic Ising model on the hierarchical pentagon lattice; Kobe Univ., Univ. Tokyo^A; Tomotoshi Nishino, Takumi Oshima^A
3: holographic analysis of boundary spin correlation functions for the hyperbolic lattice Ising model; Niigata University, Kobe University; Kouichi Okunishi, Tomotoshi Nishino
4: Tensor network simulations for non-orientable surfaces; UTokyo ISSP, Univ. of Ghent^A; Haruki Shimizu, Atsushi Ueda^A
^●5: The effect of the majority rule transformation on critical Potts model configurations; Inst. of Solid State Phys.，Univ. of Tokyo; Katsuya Akamatsu，Naoki Kawashima
6: Estimation of critical exponents for KT transition by improved nonequilibrium relaxation method.; Dept. of Engineering Sciences, Univ. of Electro-Communications; Yuma Osada, Yukiyasu Ozeki
7: Analysis of restricted Boltzmann machines using singular value decomposition; Keio Univ.; Kaichi Miyashita, Hiroshi Watanabe

8: Monte Carlo study on a dipolar spin system for exploring effect of the long-range interaction; QST; Yoshiteru Yonetani
9: Analysis of ferrotoroidal orders by spin models; Shibaura Inst. of Tech.; Yusuke Tomita
10: Properties of the Spin-S Ising Model with Multi-Spin Interactions in One- and Two-Dimensional Systems; Jij; Suzuki Kohei
11: Improvements of Dynamic Scaling Analysis Using Deep Learning; Dept. of Engineering Sciences, The Univ. of Electro-Communications; Yusuke Terasawa, Yukiyasu Ozeki
12: Nonreversible multi-replica exchange method; Department of Physics, The University of Tokyo; Hidemaro Suwa
13: Lee-Yang zeros for mapping the scaling function around a critical point; YITP, University of Tsukuba^A; Masakiyo Kitazawa, Tatsuya Wada, Kazuyuki Kanaya^A

1: Self-phoretic Motion of Janus Particles Producing the Coexistence of Temperature and Viscous Gradients; Kyoto Univ.; Bokusui Nakayama，Ryoya Hirose，Masatoshi Ichikawa，Akira Kakugo
2: Change in motion of electrically driven Janus particles in viscoelastic fluids; Dept. of Phys. Kyushu Univ., Dept. of Phys. Kyoto Sangyo Univ.^A; R.Kawano, K.Saito, F.Kobayashi, Y.Iwashita^A, Y.Kimura
3: Orientational order of magnetotactic bacteria in quasi-2D system; Dept. Phys., Univ. Tokyo; Takashi Goto, Daiki Nishiguchi, Kazumasa A. Takeuchi
4: Exploration of edge flows in bacterial collective motion confined to asymmetric networks; Dept. Phys., Univ. Tokyo; Yoshihito Uchida, Daiki Nishiguchi, Kazumasa A. Takeuchi
5: Bioconvection patterns of the ciliate Tetrahymena to asymmetric boundary conditions.; Department of Physics, Kyoto Univ., RIES, Hokkaido Univ.^A; Kenan Matsui, Kohei Okuyama, Ibuki Kawamata, Yukinori Nishigami^A, Mari Tani, Akira Kakugo, Masatoshi Ichikawa
6: Characterization of multiscale dynamics of dense active matter based on experimental observation of ciliate Tetrahymena; Department of Physics, Kyoto Univ.; Kohei Okuyama, Takeshi Matsumoto, Masatoshi Ichikawa
7: Response measurement on a micro-swimmer against flow; Dept. Phys. Kyoto Univ., Biozentrum Univ. Basel^A, RIES Hokkaido Univ.^B; Masatoshi Ichikawa, Takumi Kobayashi, Takuya Ohmura^A, Yukinori Nishigami^B

8: Cell motility response to substrate “stiffness”; Kyushu Univ.; S. Nakamura, M Tarama
9: Scattering and capturing of chemotactic active particles; Kyushu Univ., HHU Düsseldorf^A; Mitsusuke Tarama, Hartmut Löwen^A
10: Anomolous Rheology of the Puller-Type Microswwimer Suspensions; Appl. Phys., Univ. of Tokyo, IIS, Univ. of Tokyo^A; Haruki Hayano, Akira Furukawa^A
11: Frozen patterns of active nematic liquid crystals under a quenched random field; Dept. of Phys., Tohoku Univ.; Yutaka Kinoshita and Nariya Uchida
12: Topological Defects and Aggregation in Active-XY Model; Graduate School of Science, Osaka University; Shun Inoue, Satoshi Yukawa
^●13: Unjamming and fluidization of active Brownian particles; Nagoya Univ.; Duc Dam，Takeshi Kawasaki，Kunimasa Miyazaki

Program

Division 11