JPS 2023 Spring Meeting

1: Quantum finite temperature calculation with random phase product state; R-CCS; Toshiaki IITAKA
2: The higher Berry phase from matrix product states; YITP; Shuhei Ohyama, Yuji Terashima
3: Topological properties of the 3-qubit W phase in the XXZ model on the anisotropic Kagome lattice; Toho University, University of Tsukuba^A; Katsumi Aoyagi, Yasuhiro Hatsugai^A, Tohru Kawarabayashi
4: A topological pump of SU(Q) quantum chain: symmetry and Diophantine equation; Univ. Tsukuba, Akita Univ.^A; Yasuhiro Hatsugai, Yoshihito Kuno^A
5: Numerical verification of three color topological spin pump in SU(3) spin-1 biquadratic spin chain; Akita Univ., Univ. Tsukuba^A; Yoshihito Kuno, Yasuhiro Hatsugai^A

6: Work extraction from thermal pure quantum states using deep reinforcement learning; Dept. Appl. Phys., Univ. Tokyo, RIKEN CPR^A, JST PRESTO^B; Shotaro Baba, Nobuyuki Yoshioka^A,B, Takahiro Sagawa
7: Exact Solution of the Lindblad Equation for Open XY Spin Chain; Tokyo Tech.; Yamanaka Kohei, Sasamoto Tomohiro
8: Many-body Landau-Zener transitions in Haldane chains; ISSP, Univ. of Tokyo, Dept. of Phys., Konan Univ.^A; Koichi Okazaki, Shun Okumura, Shintaro Takayoshi^A, Takashi Oka
9: Special SU(2) symmetry on S=1 spin system; Dept. Phys. Kyushu Univ.; Kosuke Onoyama, Kiyohide Nomura
10: A new method for determining phase boundaries using conformal field theory; Kyushu Univ.; Shuichi Shiraishi, Kiyohide Nomura
11: Estimation of topological invariant at quantum computer; QIQB, Osaka U.; Takanori Sugimoto

^●1: Smoothed robustness analysis of classifiers; Kyoto Univ.; Thomas Rodrigues Crespo, Jun-nosuke Teramae
2: Analysis of gradient regularization in diagonal linear nets; AIST, Cluster^A, ETH^B; Ryo Karakida, Tomoumi Takase, Tomohiro Hayase^A, Kazuki Osawa^B
3: Analysis of the hidden manifold model on a deep neural network; Cybermedia Center, Osaka Univ.; Hajime Yoshino
4: Statistical-mechanical analysis of generalization properties of variational autoencoders and their dependence on regularization parameters; Univ. of Tokyo; Yuma Ichikawa, Koji Hukushima
5: The effect of how to choose lead-out units on the non-linear task performance of reservoir computing; Grad. Sch. Info., Kyoto Univ.; S.Takasu, T.Aoyagi

6: Can dynamic hysteresis in a neural network judge the continuity/discontinuity of a　phase transition?; Dept. of Phys., Ehime Univ.; Katsumi Nakamura, Kazuhiro Fuchizaki
7: Compression in tensorized neural networks; Graduate School of Informatics, Kyoto University; Kenji Harada
8: Weight fluctuation and energy landscape of a sampling-based neural network; Graduate School of Informatics, Kyoto Univ.; Yuya Goto, Jun-nosuke Teramae
9: Optimality of Power-law Coding in Cerebral Cortex based on Information-theoretic Analysis; Grad. Sch. Info., Kyoto Univ.; Tsuyoshi Tatsukawa, Jun-nosuke Teramae
10: Cancellation
11: Theoretical analysis for reservoir computing with Graded persistent activity neurons model; Dept. of Info., Kyoto Univ.; Futa Tomita, Jun-nosuke Teramae

1: Interaction effect on spin pumping; Univ. of Yamanashi; Kazunari Hashimoto
^●2: Counter-flow induced clustering in two species asymmetric simple exclusion process with impurities; Yukawa Inst. for Theoretical Phys., Kyoto Univ.; Amit Chatterjee, Hisao Hayakawa
3: Hydrodynamic fluctuations in crystals; Univ. of Tokyo; Ken Hiura
4: Reproduction of Turbulent Puff by Directed Percolation Stochastic Toy Model; Tokyo University of Science; Kazuki Kohyama, Takahiro Tsukahara
5: Analysis of asymmetry in substrate concentration dependence of F₁-ATPase between ATP synthesis and hydrolysis based on TASAM; Department of Applied Physics, Tohoku University; Nakayama Yohei, Toyabe Shoichi
6: Formation dynamics of a solidified membrane during collision between a hot paraffin droplet and water surface Ⅱ; Nara Women's Univ.; Rina Nakashioya, So Kitsunezaki

7: Development of domain decomposition method for efficient load balancing; Keio Univ.; Sho Yotsuji, Hiroshi Watanabe
8: Non-trivial phase configurations and metastable states induced by gravity and heat flux II; Ibaraki Univ., Kyoto Univ.^A; Akira Yoshida, Naoko Nakagawa, Shin-ichi Sasa^A
9: Gas-liquid phase coexistence under shear flow using molecular dynamics simulation; Dept. of Phys. Kyoto Univ.; Kazuma Yokota, Shin-ichi Sasa
10: Phase coexistence in stochastic reaction-diffusion systems; Department of Physics, Kyoto University; Yusuke Yanagisawa, Shin-ichi Sasa
11: Correspondence between KS and KPZ equations via linear response; Department of Physics, Kyoto University; Mutsumi Minoguchi, Shin-ichi Sasa
12: Phase Transition on Parallelizability; Department of Physics, Kyoto University; Ikumi Kobayashi, Shin-ichi Sasa

1: （Symposium Session.） Introduction; Okayama Univ., RIIS; Jun Akimitsu
2: （Symposium Session.） BKT transition (Theory); Open Univ. Jpn.; Jun-ichiro Kishine
3: （Symposium Session.） BKT transition (Experiment); Osaka Met. Univ.; Yoshihiko Togawa

4: （Symposium Session.） Z₂vortex transition (Theory); Kobe Univ., MPRC; Hikaru Kawamura
5: （Symposium Session.） Z₂vortex transition (Experiment); LMN Sci. Lab., FRONTEO, Inc.; Keisuke Tomiyasu
6: （Symposium Session.） Perspective of vortex transitions; JPS; Seiji Miyashita

^●1: Multi-scale space-time ansatz for correlation functions of quantum systems; Saitama Univ., TU Wien^A, Riken CEMS^B, Kyoto Univ.^C, Univ. Fribourg^D; Hiroshi Shinaoka, Markus Wallerberger^A, Yuta Murakami^B, Kosuke Nogaki^C, Rihito Sakurai, Philipp Werner^D, Anna Kauch
2: Stability of sparse-sampling method against numerical noise; Saitama Univ.; Fumiya Kakizawa, Hiroshi Shinaoka
3: Non-Hermite term effect of optimization in transcorrelated method; Department of Physics, The University of Tokyo; T. Chida, S. Tsuneyuki
4: First-principles calculation for phonon dispersion based on self-screened perturbations: a method for well-behaved perturbation; Graduate School of IST, University of Tokyo; Yoshihide Yoshimoto
5: Quasiparticle Theory Based on the Momentum-Dependent Local Ansatz Wavefunction; Univ. of the Ryukyus; Yoshiro Kakehashi
6: The study of dielectric properties with machine-learning dipole moments; Univ. Tokyo^A, JSR Corp^B; Tomohito Amano^A, Tamio Yamazaki^B, Shinji Tsuneyuki^A

7: Bulk Drude weights in one-dimensional quantum systems with a single defect; Dept. Phys. Univ. of Tokyo, ISSP Univ. of Tokyo^A, Dept. Appl. Phys. Univ. of Tokyo^B; Kazuaki Takasan, Masaki Oshikawa^A, Haruki Watanabe^B
8: Confined States in Two-Dimensional Quasicrystals with π-Flux; Tokyo Univ. of Sci., IBS^A, Osaka Univ. QIQB^B; Masahiro Hori, Rasoul Ghadimi^A, Takanori Sugimoto^B, Takami Tohyama
9: Corner states in a higher-order topological heat conduction system; Dept. Phys. Ibaraki Univ., Dept. Phys., Kyoto Univ.^A, Faculty of Pure and Applied Sciences^B; Takahiro Fukui, Tsuyeya Yoshida, Yasuhiro Hatsugai
10: Similarities of local features of wave functions of flat band models with different types of disorders; University of Tsukuba; Takumi Kuroda, Tomonari Mizoguchi, Yasuhiro Hatsugai
11: Universality classes of the Anderson transitions driven by quasiperiodic potential in the three-dimensional Wigner-Dyson symmetry classes; CAEP^A, Phys. Division, Sophia University^B; Xunlong Luo^A, ^○Tomi Ohtsuki^B
12: Quantum phase transitions in non-periodic systems via unsupervised learning; Physics Division, Sophia University; Tatsuya Utsugi, Tomi Ohtsuki

1: Tuning of hyperparameters in Ising machines; Keio Univ.^A, Recruit Co.,Ltd.^B; Takuro Itoh^A, Kotaro Tanahashi^B, Shu Tanaka^A
2: Effect of exchange paths of parallel tempering on solving efficiency in combinatorial optimization problems.; Grad. School of Arts and Science^A, Komaba Inst. of Science, Univ. Tokyo^B, Fujitsu Ltd.^C; A. Dote^A,C, K. Hukushima^A,B
3: Black-box multi-objective optimization by Ising machines using scalarization; Keio Univ., DENSO^A; Masashi Yamashita, Yuya Seki, Tadayoshi Matsumori^A, Masato Taki^A, Tadashi Kadowaki^A, Shu Tanaka
4: Compressed sensing by ADMM using horseshoe prior for non-zero-mean matrix; Graduate School of Information Sciences, Tohoku University, International Research Frontier Initiative, Tokyo Institute of Technology^A, Department of Physics, Tokyo Institute of Technology^B, Sigma-i Co., Ltd.^C; Kensuke Araki, Masayuki Ohzeki^A,B,C, Kazuyuki Tanaka
5: Gauge theory for mixed p-spin glass model; Nihon University; Yoshinori Sakamoto, Chigak Itoi

6: Statistical mechanics analysis of generalized knapsack problems; Dept. of Phys., The Univ. of Tokyo; Y. Nakamura, T. Takahashi, Y. Kabashima
7: Mean-field theory is exact for Ising spin glass models with non-additive long-range interactions; Graduate School of Information Sciences, Tohoku University^A, International Research Frontier Initiative, Tokyo Institute of Technology^B, Department of Physics, Tokyo Institute of Technology^C, Sigma-i Co., Ltd^D; Manaka Okuyama^A, Masayuki Ohzeki^A,B,C,D
8: Proving the avoidance of transverse magnetic quantum first-order phase transitions in quantum annealing of finite-dimensional systems; Department of Arts and Sciences, The University of Tokyo, Faculty of Arts and Sciences, The University of Tokyo^A; Mizuki Yamaguchi, Naoto Shiraishi^A, Koji Hukushima^A
^●9: Spatially heterogeneous RSB in layered spin glass models; Dept. of Phys., Osaka Univ.^A, Cybermedia Center, Osaka Univ.^B; Yuki Rea Hamano^A, Hajime Yoshino^A,B
10: On the conditions for support recovery using Lasso under ultra sparse conditions; UT Grad. Sci.; Koki Okajima, Xiangming Meng, Takashi Takahashi, Yoshiyuki Kabashima

1: Plant-soil interactions and mechanical behavior in plant root pull-out; Univ. Tokyo; Tetsuo Yamaguchi
2: Phase field model on crack formation by gass pressure; Nara Women's Univ.; Mami Taguchi, So Kitsunezaki
3: Numerical simulations on aggregation processes of particles floating on water surface; Nara Women's Univ.; Akiho Hara, So Kitsunezaki
4: Osmosis phenomena of granular materials; Dept. Physics, Kyushu University; Tomoyuki Matsuda, Shio Inagaki
5: Impact drag force by hierarchical granular matter; Nagoya Univ., Osaka Univ.^A; Fumiaki Okubo, ^○Hiroaki Katsuragi^A
6: Dependence of mechanical behavior of granules on friction by mimicking the compressive field of an accretionary prism; Dept. Phys. Sci., AGU; S. Shimizu, T. Suzuki, H. Matsukawa

7: Relation between the frictional force and the velocity on the simplified model of the magnetic friction; Kyushu Univ.; Hisato Komatsu
8: Dependence of static friction coefficient on frictional interface shape; Grad. Sch. of Eng. Sci., Osaka Univ., Coll. of Sci. and Eng., Aoyama Gakuin Univ.^A; Wataru Iwashita, Hiroshi Matsukawa^A, Michio Otsuki
9: Statistical Properties of Intermittency in Volcanic Eruption Time Series; Fukuoka Prefectural University, Professor Emeritus of Kagoshima University^A; Ryuji Ishizaki, Masayoshi Inoue^A
10: Shallow earthquakes and free oscillations of the earth - 1/f fluctuations created by the earth -; General Education, Kyoto Sangyo Univ., Faculty of Science, Kyoto Sangyo Univ.^A, Faculty of Science, Ochanomizu Univ.^B; Akika Nakamichi, Manaya Matsui^A, Izumi Uesaka^A, Masahiro Morikawa^B
11: Understanding of generating mechanism of tremors via the spring-block model and the effects of heat, fluid pressure and porosity; Dept. Phys. Sci., AGU; Takehito SUZUKI, Hiroshi MATSUKAWA
12: Effects of initial conditions of the fault and heterogeneity of frictional properties on the earthquake nucleation process; Osaka Univ.; Ryo Mizushima, Takahiro Hatano

1: Derivation of Interacting Two-Qubit Dynamics from Spin-Boson Model; Dept. Applied. Phys. Tohoku Univ^A. CSIS, Tohoku Univ.^B, RIKEN^C, KITS/UCAS^D; Hiroaki Matsueda^A,B, Yukiya Ide^A, Sadamichi Maekawa^C,D, Yusuke Masaki^A
2: Multiscale Entanglement Renormalization Ansatz and Flow of Quantum Renormalization Group in One-Dimensional Heisenberg Model; Dept. of Applied Phys., Tohoku Univ., CSIS Tohoku Univ.; Hiroaki Matsueda
3: Boundary Condition and Interaction Deformation of Entanglement Hamiltonian in One-Dimensional Quantum Spin Systems; Dept. of Applied Phys., Tohoku Univ.^A, CSIS Tohoku Univ.^B; Hiroaki Matsueda^A,B, Tomoki Mori^A, Osamu Kanehira^A, Yusuke Masaki^A
4: QCE study on the real-time dynamics and quantum circuit structures; Osaka Univ., RIKEN R-CCS^A, ASRC JAEA^B, RIKEN RQC^C; Shohei Miyakoshi^A, Takanori Sugimoto^B, Tomonori Sirakawa^A,C, Hiroshi Ueda^A
5: Construction of quantum circuit for quantum many-body states based on the tensor network method; RIKEN R-CCS, RIKEN RQC^A, Osaka Univ.^B; Tomonori Shirakawa, Hiroshi Ueda, Seiji Yunoki

6: Tree-tensor network algorithm with optimization of network structure II; 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
7: Entanglement bipartitioning for tree tensor networks and their variational optimization; Niigata Univ., Osaka Univ.^A, Kobe Univ.^B; Kouichi Okunishi, Hiroshi Ueda^A, Tomotoshi Nishino^B
8: Ground state analysis of quantum spin systems by means of pair distribution matrix which well approximates the bipartite entanglement entropy of the system I.; Kobe University; Tomotoshi Nishino, Mitsuru Akiraka
9: Ground state analysis of quantum spin systems by means of pair distribution matrix which well approximates the bipartite entanglement entropy of the system II.; Kobe University; Mitsuru Akiraka, Tomotoshi Nishino
10: Matrix product renormalization group study of 2D quantum many-body systems; JST PRESTO^A, Dept. Phys., Gakushuin Univ.^B, Dept. Materials Science, Osaka Univ.^C, Dept. Phys., Univ. of Tokyo^D; Masahiko G. Yamada^A,B, Takumi Sanno^C, Masahiro O. Takahashi^C, Yutaka Akagi^A,D, Hidemaro Suwa^D, Satoshi Fujimoto^C, Masafumi Udagawa^B
11: Validation of practical effectiveness and advancement of optimization methods for 1D Branching MERA in the analysis of random spin systems; Osaka Univ., QIQB, Osaka Univ.^A; Ryo Watanabe, Keisuke Fujii, Hiroshi Ueda^A

1: Discontinuous codimension-two bifurcation in a Vlasov equation; Kyoto Univ., Univ. Orléans^A; Yoshiyuki Y. Yamaguchi, Julien Barré^A
2: Sufficient condition for topological horseshoe and uniform hyperbolicity in Coupled Hénon map III; Department of Physics, Tokyo Metropolitan University, RIKEN^A; Keisuke Fujioka, Li Jizhou^A, Akira Shudo
3: Relationship between the dimensions of input-induced attractors and generalized synchronization in random recurrent neural networks; Fac. of Sci. and Tech., Oita Univ., IRCN, Univ. of Tokyo; Hiromichi Suetani
4: Dynamic stabilization by vibratory electric field; Faculty of Science, Ehime University; Takeshi Iizuka
5: Stress propagation in a two-dimensional elastic circular disk under diametric loads; TUAT; Yosuke Sato, Haruto Ishikawa, ^○Satoshi Takada

6: Elongation and alignment of polymer chains in turbulent flows; Osaka Univ.; Yusuke Koide, Susumu Goto
7: Multiscale simulations on complex flows; Dept. of Phys., Tohoku Univ.; Yohei Morii, Toshihiro Kawakatsu
8: Analysis of nonlocal eddy diffusivity of turbulence using response function; I.I.S., Univ. of Tokyo; Fujihiro Hamba
9: Decay law in a turbulent shell model; Dep. Phys. Kyoto Univ.; T. Matsumoto
10: Experiment of the particle transportation in the turbulence boundary using an electroconvection; Nagoya Univ.^A, NIFS^B, SOKENDAI^C, Kyushu Univ.^D; T. Muramatsu^A, K. Nagaoka^A,B, M. Nakata^B,C, Y. Hidaka^D, S. Yoshimura^A,B, K. Terasaka^D
11: Condition for turbulent transition of the vortex core of helical vortices; IFS, Tohoku Univ.; Yuji Hattori
12: Numerical simulation of two-dimensional incompressible Navier-Stokes equations through Clebsch parameters; GSFS U.Tokyo; Shuntaro Murai, Naoki Sato
13: Convection and heat transfer of moisture air around human body in room; NITech, Keio Univ.^A; T. Sato, T. Gotoh^A, T. Watanabe

1: Replica Symmetry Breaking in the Biroli-Mezard lattice glass model on a geometric graph II; Kanagawa University; Munetaka Sasaki
2: New framework for interpreting the specific heat of liquids by focusing on critical fluctuations; Hiroshima Univ.; Yukio Kajihara
3: Thermodynamic description of glass state; Vietnam Japan University, Osaka University; Koun Shirai
4: Local structure analysis on pressure and inherent structure using the free volume estimator (NELF-A) in dense poly-disperse hard disk systems; Nagoya Inst. Tech.; Daigo Mugita, Kazuyoshi Souno, Masahiro Koyama, Masaharu Isobe
5: Derivation of structural indicators in glass-forming liquids by deep learning; Graduate School of Engineering Science, Osaka Univ.; Kentaro Yano, Shota Goto, Kang Kim, Nobuyuki Matsubayashi
6: Shorter-range behavior of displacement correlations in 2D colloidal liquids: what is missing from shear correlations; Tottori Univ., Osaka Univ.^A, Kyoto Univ.^B; T. Ooshida, M. Otsuki^A, S. Goto^A, T. Matsumoto^B

7: Effectiveness of the random pinning method in the studies of vibrational states of glasses; Graduate School of Arts and Sciences, University of Tokyo; Kumpei Shiraishi, Yusuke Hara, Atsushi Ikeda, Hideyuki Mizuno
8: Breakdown of Navier-Stokes equation in Supercooled Fluid: from Molecular Dynamics to Hydrodynamic Limit; The University of Tokyo Graduate School of Arts and Sciences; Kento Maeda, Atsushi Ikeda
9: Construction of replica theory for polydisperse systems and analysis of dynamical transition points; Graduate School of Arts and Sciences, Univ. of Tokyo; Hyonggi Kim, Atsushi Ikeda
10: Behavior of polydisperse particles under shear deformation; Univ. of Tokyo, KIS, Univ. of Tokyo^A, UBI, Univ. of Tokyo^B; Daisuke Shimamoto^A, Miho Yanagisawa^A,B
11: The unified understanding of non-linear viscoelasticity near jamming transition point; Graduate School of Science of Nagoya University; Hidemasa Bessho, Takeshi Kawasaki, Kunimasa Miyazaki
^●12: Hyperuniformity near jamming transition over a wide range of bidispersity 2; Nagoya Univ., Univ. of Tokyo^A; Duc Dam, Takeshi Kawasaki, Atsushi Ikeda^A, Kunimasa Miyazaki
13: Nonlinear rheology and critical scaling near the jamming transition point; Department of Physics, Nagoya University; Takeshi Kawasaki, Kunimasa Miyazaki

1: （Lecture of the Yonezawa Memorial Prize.） Research on quantum transport and control of spin-orbit interaction in novel semiconductor materials; NTT Basic Research Laboratories; Keiko Takase
2: Superconducting diode effect exhibited by coupled Josephson junctions under in-plane magnetic field; Riken^A, Tokyo Univ. of Science^B, Tokyo Univ. ^C, Padue Univ.^D; Shohei Kobayashi^A,B, Yosuke Sato^A,C, Tyler Lindemann^D, Sergei Gronin^D, Geoffrey Gardner^D, Michael Manfra^D, Sadashige Matsuo^A, Seigo Tarucha^A
3: Analysis of Electronic States Induced at Both Ends of a Finite Molecular Chain by the CISS Effect; Department of Physics Engineering, Mie University, Tel Aviv University^A; Takemitsu Kato, Yasuhiro Utsumi, Amnon Aharony^A, Ora Entin-Wohlman^A
4: Dynamical nuclear spin polarization in quantum point contact with Gaussian disorder potential; Ibaraki Univ.; Tomosuke Aono

5: Two-Dimensional Quantum Walk: Effective Dirac Hamiltonian and Its (Higher-Order) Topological Properties; Dept. of Phys., U. Tokyo, IIS, U. Tokyo^A, Dept. of Appl. Phys., Hokkaido U.^B; Manami Yamagishi, Naomichi Hatano^A, Ken-Ichiro Imura^A, Hideaki Obuse^A,B
6: Bulk-Boundary Correspondence for Non-Hermitian Topological Phases in Junction Systems; Department of Applied Physics, Hokkaido University; Geonhwi Hwang, Hideaki Obuse
7: Non-normality enhancement in non-Hermitian systems; YITP, Kyoto University; Yusuke Nakai, Nobuyuki Okuma, Daichi Nakamura, Kenji Shimomura, Masatoshi Sato
8: extrinsic topology in non-hermitian systems; YITP; Kazuya Inaka, Daichi Nakamura, Masatoshi Sato
9: Absence of skin effects in Hermitian systems; YITP, Kyoto Univ.; Kenji Shimomura, Masatoshi Sato
10: Numerical study of the Yang-Lee model with Matrix Product Renormalization Group; JST PRESTO^A, Dep. of Physics, Gakushuin Univ.^B, Dec. of Materials Engineering Science, Osaka Univ.^C, Dec. of Physics, The Univ. of Tokyo^D; Masahiko G. Yamada^A,B, ^○Takumi Sanno^C, Masahiro O. Takahashi^C, Yutaka Akagi^A,D, Hidemaro Suwa^D, Satoshi Fujimoto^C, Masafumi Udagawa^B
11: Scattering problem in a one-dimensional non-Hermitian system; Hiroshima Univ., The Univ. of Tokyo^A; Y. Takane, S. Kobayashi, K.-I. Imura^A

1: （Symposium Session.） Introduction to Symposium on Chaotic Supremacy; RIKEN-CPR; Takashi Isoshima
2: （Symposium Session.） Origin of Chaotic Supremacy; Kyoto U.; Ken Umeno
3: （Symposium Session.） Quantifying chaos of simulation data of semiconductor laser chaos by extended chaos degree; Sanyo-Onoda City U,; Kei Inoue

4: （Symposium Session.） Creation of New Features by Laser Chaos - Highly Stable and Efficient Terahertz Wave Generation; Fukui U. Tech.; Fumiyoshi Kuwashima
5: （Symposium Session.） Numerical simulation of multimode laser diode with delayed optical feedback as a source for laser chaos; Osaka Metropolitan U.; Kenji Wada
6: （Symposium Session.） Chaotic secure communication using orbital instability of chaotic laser diode; Niigata Inst. Tech.; Satoshi Ebisawa
7: （Symposium Session.） Study on dressed photon for innovating nanoscience; Research Origin for Dressed Photon; Hirofumi Sakuma

1: Symmetrized-Liouvillian analysis of the relaxation time in open quantum systems; Riken CEMS, Waseda Univ.^A; Takashi Mori, Tatsuhiko Shirai^A
2: Accerelated decay rate due to operator spreading in open quantum systems; Waseda Univ.^A, RIKEN CEMS^B; Tatsuhiko Shirai^A, Takashi Mori^B
3: Unstable edge state and its decay rate induced by correlated dynamical energy disorder; Osaka Metropolitan University; Kenichi Noba
4: Optimized driving for the nonequilibrium steady state in nano quantum systems; Graduate School of Pure and Applied Sciences, Univ. of Tsukuba; Yuga Kodama, Nobuhiko Taniguchi
5: GOE Tracy-Widom distribution in propagating correlations of free fermions; Dept. of Phys. Tokyo Tech.; Kazuya Fujimoto, Tomohiro Sasamoto

6: Quantum speed limit for general quantum Markov process; Dept. of Sys. SIT, IMS^A, Dept. of Phys. Keio Univ.^B, Dept. of Com. Eng. and Info. Univ. of Electro-Communications^C; Ryohei Fujii, Ken Funo^A, Gen Kimura, Keiji Saito^B, Hiroyasu Tajima^C
7: Quantum thermodynamics in non-equilibrium regime: numerically “exact” simulation with hierarchical equations of motion (HEOM); Kyoto Univ. Science; Shoki Koyanagi, Yoshitaka Tanimura
^●8: Maximum Power of Coupled-Qubit Otto Engine; Dept. Phys., U. Tokyo, IIS, U. Tokyo^A; Jingyi Gao, Naomichi Hatano^A
9: Resource theory of coherent operation (asymmetry) with many correlated catalysts; Nanyang Technological University^A, University of Tokyo^B; Ryuji Takagi^A, ^○Naoto Shiraishi^B

1: Diffusion behavior of particles in NaCl-type high entropy alloy crystals; Tokyo Metropolitan Univ., Univ. of Tokyo^A; Rikuya Ishikawa, Kyohei Takae^A, Yoshikazu Mizuguchi, Rei Kurita
2: Quantitative analysis of the behavior of the boson peak of silica glass and glycerol based on heterogeneous elasticity theory; Department of Materials Science, University of Tsukuba, Department of Physical Sciences, Ritsumeikan University^A, Laboratory for Materials and Structures, Tokyo Institute of Technology^B; D. Kyotani, S. H. Oh, Y. Fujii^A, S. Kitani^B, Y. Yamamoto, T. Mori
3: Simultaneous measurements of dynamic and structural heterogeneities from the spatiotemporal distribution of electron diffractions; NIMS; Katsuaki Nakazawa, Shinji Kohara, Kazutaka Mitsuishi
4: Power law relaxation of concentrated colloidal suspensions; Kyushu University Graduate School of Science, Tokyo University Graduate School of Arts and Sciences^A; Ryosuke Matsuoka, Shono Inokuchi, Hiroyuki Ebata, Atsushi Ikeda^A, Yusuke Hara^A, Daisuke Mizuno
5: The effect of marginal stability on the rheology of jammed systems; Graduate School of Arts and Sciences, Tokyo University, Department of Physics, Kyushu University^A; Yusuke Hara, Ryosuke Matsuoka^A, Hiroyuki Ebata^A, Daisuke Mizuno^A, Atsushi Ikeda
^●6: Flow and deformation of a sponge-like granular media; Univ. of Tokyo; Samuel Poincloux, Kazumasa A. Takeuchi
7: Effect of bubble rearrangements on liquid imbibition behavior into foams; Department of Physics, Tokyo Metropolitan University; Naoya Yanagisawa, Marie Tani, Rei Kurita

1: （Symposium Session.） Introduction - The creation of “learning physics” and the interpretation of space-time network; Kyoto Univ., Phys. Dept.; Koji Hashimoto
2: （Symposium Session.） Progress of lattice QCD by machine learning; IPUT OK; Akio Tomiya
3: （Symposium Session.） How does deep learning change high energy physics, or not?; KEK; Mihoko Nojiri
4: （Symposium Session.） Analysis and Generation of Wave Functions in Solid State Physics; Sophia Univ., Phys. Devision; Tomi Ohtsuki

5: （Symposium Session.） Deep learning from physics perspectives; RIKEN AIP/iTHEMS; Akinori Tanaka
6: （Symposium Session.） Statistical mechanics approach to high-dimensional machine learning; Univ. Tokyo, Phys. Dept.; Yoshiyuki Kabashima
7: （Symposium Session.） Topology and Machine Learning; APCTP; Yuji Hirono

1: Field-Induced Nematic Liquid of the 1D Quantum Spin Systems with the Anisotropic Ferromagnetic Interaction; U Hyogo^A, QST SPring-8^B, Kobe Univ.^C, Osaka Metropolitan Univ.^D; T. Sakai^A,B, R. Nakanishi^A, T. Yamada^A, R. Furuchi^A, H. Nakano^A, H. Kaneyasu^A, K. Okamoto^A, T. Tonegwa^A,C,D
2: Magnetization Plateau at the Half of the Saturation of an S=1 Chain with Anisotropies; Univ. of Hyogo^A, QST/SPring-8^B, Niigata Univ.^C; Kiyomi Okamoto^A, Toru Sakai^A,B, Kouichi Okunishi^C
3: Ground-State Phase Diagram of an Isotropic S=3/2 Chain: Triatic and Nematic TLL Phases; Kobe Univ.^A, Osaka Metropolitan Univ.^B, Univ. of Hyogo^C, Gunma Univ.^D, QST/SPring-8^E; Takashi Tonegawa^A,B,C, Toshiya Hikihara^D, Toru Sakai^C,E
^●4: Spin dynamics near the field-induced gap-closing transition in 1D magnets; 1D magnets are examples of U(1) symmetric systems which undergo a gap-closing transition when subject to an external field. When the strength, h, of the applied field crosses a critical value hc, quantum critical behaviour is observed. Sufficiently low temperatures result in two critical field values which give rise to three phases separated by nonsingular crossovers. These are the Tomonaga-Luttinger-Liquid (TLL) phase, the Quantum-critical (QC) phase, and the Free-magnon (FM) phase. We studied the spin dynamics of 1D magnets by calculating transverse spin correlators in the TLL and FM phases. These results were then compared to results from the 1D spin 1/2-XX model, an exactly solved model which exhibits a field-induced gap-closing transition, and therefore exhibits quantum critical behaviour.; Myles Scollon, Masaki Oshikawa
5: Height Parity Effect and Spin Parity Effect in Monoaxial Chiral Ferromagnetic Chain; Dept. Basic Science, Univ. Tokyo, NIMS-MANA^A; Sohei Kodama, Akihiro Tanaka^A, ^○Yusuke Kato
6: Semiclassical theory of spin parity effects in chiral ferromagnetic spin chains; NIMS, Dept. Basic Science, Univ. Tokyo^A; Akihiro Tanaka, Sohei Kodama^A, Yusuke Kato^A

7: Ground-State Phase Diagram of (1/2,1/2,1) Mixed Spin Diamond Chains; Prof. Emer., Saitama Univ.; Kazuo Hida
8: Some fast-mixing results on the quantum Monte Carlo method for bipartite antiferromagnetic Heisenberg systems; CQuIC, UNM; Jun Takahashi, Samuel Slezak, Elizabeth Crosson
9: Generating function for projected entangled-pair state; Korea Univ., Univ. of Ghent^A, Univ. of Vienna^B, ISSP^C, Sun Yat-sen Univ.^D; Wei-Lin Tu, Laurens Vanderstraeten^A, Norbert Schuch^B, Hyun-Yong Lee, Naoki Kawashima^C, Ji-Yao Chen^D
10: Numerical Diagonalization of Spin Systems with Fictitious Symmetry-Breaking Field: Quantum Spin Solver QS³; Nihon Univ., Osaka Univ.^A, OIST^B; Miku Tomonari, Hiroshi Ueda^A, Tokuro Shimokawa^B, Daisuke Yamamoto
^●11: Entanglement witnesses for frustrated random singlet state; OIST; Tokuro Shimokawa, Snigdh Sabharwal, Nic Shannon
12: Numerical study on a collapse of ferrimagnetism in the Heisenberg antiferromagnet on the floret pentagonal lattice; U. of Hyogo^A, QST SPring8^B, Chiba Inst. Tech.^C; Rito Furuchi^A, Hiroki Nakano^A, Toru Sakai^A,B, Norikazu Todoroki^C

1: （Tutorial Presentation.） Condensed Matter Cavity Quantum Electrodynamics; Rice University; Junichiro Kono
2: Storage and retrieval of electromagnetic waves in a metamaterial by dynamic modulation of BIC states; Kyoto University; Toshihiro Nakanishi
3: Control of electroluminescence property of single molecules in the strong coupling regime of light-matter interaction; IMS^A, SOKENDAI^B; Kuniyuki Miwa^A,B, Souichi Sakamoto^A, Akihito Ishizaki^A,B
4: On-chip terahertz electrical detection of propagating graphene plasmon; NTT-BRL, NIMS^A; Katsumasa Yoshioka, Taro Wakamura, Masayuki Hashisaka, Kenji Watanabe^A, Takashi Taniguchi^A, Norio Kumada

5: Theory of enantioselective optical trapping of single chiral molecules by chiral plasmonic nanostructures; Kitasato Univ., Osaka Metropolitan Univ.^A, Osaka Univ.^B; Hidemasa Yamane, Nobuhiko Yokoshi^A, Hajime Ishihara^B, Hisaki Oka
6: Numerical simulation of far-field analysis for a photo-induced chiral near-field excitation on a metal nanostructure; Dept. Sch. of Eng. Sci. Osaka Univ., Dept. of Phys. and Elec. Osaka Metrop. Univ.^A; Hikaru Yoneji, Nobuhiko Yokoshi^A, Hajime Ishihara
7: Theoretical Analysis of Tip-Enhanced Nonlinear Raman Scattering in Forbidden Excitation of Semiconductor Nanostructure; Dept. of Mater. Eng. Sci. Osaka Univ.^A, RILACS, Osaka Metro. Univ.^B; H. Ikagawa^A, M. Tamura^A,B, T. Yokoyama^A, H. Ishihara^A
8: Non-Hermitian skin effect and lasing; NIMS; Tetsuyuki Ochiai
9: Effective field theory for distorted photonic crystals: Gravitational field equations; KIT; Hitoshi Kitagawa, Kyoko Kitamura

1: Rheology of charged granular gas mixtures; Grad. Sch. of Eng. Sci., Osaka Univ.^A, Tokyo Univ. Agriculture and Tech^B, PERC, Chiba Tech^C, Friedrich Alexander Univ.^D; Kiwamu Yoshii^A, Satoshi Takada^B, Kosuke Kurosawa^C, Thorsten Pöschel^D
2: Mutual information in natural language and probabilistic context-sensitive grammar; University of Tokyo; Kai Nakaishi, Ryo Yoshida, Koji Hukushima, Yohei Oseki
3: Protein design using the cavity method II; Grad. Schl. Inform., Nagoya Univ., Grad. Schl. Eng., Nagoya Univ.^A; Tomoei Takahashi, George Chikenji^A, Kei Tokita
4: Bifurcation of the stationary solution of the gravity interaction model II; Tokyo Tech Sch. of Comp.^A, Sony CSL^B, Tokyo Tech IIR^C; Hajime Koike^A, Hideki Takayasu^B,C, Misako Takayasu^A,C
5: Fundamental limitation on the simultaneous transfer of non-commutative observables; Dept. of Eng., UTokyo; Yosuke Mitsuhashi, Kouki Igari, Takahiro Sagawa
6: Eigenvalue analysis of two-dimensional amorphous solids of dispersed frictional grains with finite shear strain; Kyoto Univ., Kyoto Sangyo Univ.^A, Osaka Univ.^B; Daisuke Ishima, Kuniyasu Saitoh^A, Michio Otsuki^B, Hisao Hayakawa

1: Thermodynamic equilibrium and state variables of solids; Vietnam Japan University, Osaka University; Koun Shirai
2: Asymptotic correlation functions of the two-dimensional Coulomb gas on an ellipse III; Grad. Sch. of Math., Nagoya Univ.; Taro Nagao
3: Adiabatic topological pumping with clamps; Tokyo Metropolitan University; Atushi Tanaka
4: Semidilute Principle for Polymer Gels; Univ. of Tokyo; Naoyuki Sakumichi, Takashi Yasuda, Takamasa Sakai
5: Application of Loewner time conversion to a generalized Langevin system with multiplicative noise; Grad. Sch. Integ. Bas. Sci., Nihon Univ.; Yusuke Shibasaki, Minoru Saito, Ken Judai
6: Thermodynamic processes as the gradient-flows in Information geometry; Ibaraki University^A, Politecnico di Torino^B; Tatsuaki Wada^A, Antonio M. Scarfone^B

7: The flow of information and fluctuation in stochastic chemical reaction systems; Graduate School of Science, Kyoto University; Matsumoto Kenshin, Sasa Shin-ichi
^●8: Speed limits for ergodicity; Kyoto U.^A, Ecole Polytechnique^B; Andreas Dechant^A, Jerome Garnier-Brun^B, Shin-ichi Sasa^A
9: Solution to the oscillatory eigenvalue conjecture through isoperimetric thermodynamic uncertainty relation; Univ. of Tokyo; Naruo Ohga, Sosuke Ito, Artemy Kolchinsky
10: Geometric thermodynamics for reaction diffusion system; Univ. of Tokyo; Ryuna Nagayama, Artemy Kolchinsky, Kohei Yoshimura, Sosuke Ito
11: Trade-offs in information thermodynamics; Department of Physics, Kyoto University, Department of Physics, Keio University^A; Tomohiro Tanogami, Tan Van Vu^A, Keiji Saito^A
12: Thermodynamics of Computation for CMOS NAND gate; Univ. Tsukuba, Pure and Applied Sciences; Daigo Yoshino, Yasuhiro Tokura
13: A Simple Model of 1/f Fluctuations - Universality from Synchronization, Resonance, and Infrared Divergence -; Ocha Phys., KyoSan Comm.Edu.^A, KyoSan Phys.^B; Masahiro Morikawa, Akika Nakamichi^A, Aya Matsui^B, Izumi Uesaka^B

1: Effect of transient phenomena on the aging transition of coupled oscillator systems; Kyushu Univ.; Hisato Komatsu, Kai Morino
2: Weakly nonlinear analysis of synchronization and oscillation death observed in coupled metronomes; Grad. Sch. of Front. Sci., Univ. of Tokyo; Yusuke Kato, Hiroshi Kori
3: Phase reconstruction and coupling inference from oscillatory data exploiting an extended Hilbert transform method; Info. Sci. and Tech., Univ. of Tokyo^A, Front. Sci., Univ. of Tokyo^B, MI Center, Univ. of Tokyo^C, JST Presto^D; Akari Matsuki^A, Ryota Kobayashi^B,C,D, Hiroshi Kori^A,B
4: Synchronization approach to achieving maximal thermal efficiency for weakly-coupled low-temperature-differential Stirling engines; Graduate School of Frontier Sciences, The University of Tokyo; Songhao Yin, Hiroshi Kori, Yuki Izumida
5: Synchronization dynamics of coupled-oscillator systems with damaged elements; Dept. of Science, Kagoshima University; Shota Inagawa, Hiroki Hata, Shigefumi Hata
6: Turing instability of activator-inhibitor units in quantum dissipative systems; FUN, Tokyo Tech; Yuzuru Kato, Hiroya Nakao
7: On the phase reduction of chaotic oscillators; Grad. Sch. Info., Kyoto Univ., Shiga Univ.^A, Grad. Sch. Info., Kyoto Univ.^B; Furukawa Haruma, Imai Takashi^A, Aoyagi Toshio^B

8: Stochastic Loewner Evolution driven by Brownian Motion in Random Medium; RISE, Nara Women's University; Toshiko Kojita
9: Derivation of Langevin Equation with Fluctuating Diffusivity by Projection Operator Method; Nagoya Univ.; Takashi Uneyama
10: Mean-field theory for variable-range hopping transport; NTT BRL, Univ. of Tsukuba^A; T. Hayashi, Y. Tokura^A, K. Nishiguchi
11: Development of data-driven methods for Nuclear Magnetic Resonance; Graduate School of Frontier Sciences, The University of Tokyo, Department of Material Science, Graduate School of Science, University of Hyogo^A, JASRI^B; Hajime Ueda, Shun Katakami, Shogo Yoshida^A, Yusuke Nakai^A, Takeshi Mito^A, Masaichiro Mizumaki^B, Masato Okada
12: Bayesian Inference for Small-Angle Scattering Data; Graduate School of Frontier Sciences, The University of Tokyo, JASRI^A, NIMS^B; Yui Hayashi, Shun Katakami, Shigeo Kuwamoto^A, Kenji Nagata^B, Masaichiro Mizumaki^A, Masato Okada
13: Formation Mechanism of Periodic Tip-splitting Pattern in Crystal Growth of Sodium Chloride; Chuo Univ.; Fumiya Asai, Jun-ichi Wakita

1: Physical properties of the singular vectors by the two-stage singular value decompositions for photoinduced dynamics calculations; Utsunomiya University, Tohoku University^A, Utsunomiya University^B; Futa Sunaga, Hiroaki Matsueda^A, Kunio Ishida^B
2: Wavefunction dynamics of pseudo-spin-phonon-triangles under photoirradiation; Utsunomiya University, Tohoku University^A, Utsunomiya University^B; Noriyuki Aoyagi, Hiroaki Matsueda^A, Kunio Ishida^B
3: Predicted photoinduced half-valley-metal state in organic salt; University of Tokyo, Kanazawa Institute of Technology^A, Waseda Unicersity^B; Keisuke Kitayama, Masao Ogata, Yasuhiro Tanaka^A, Masahito Mochizuki^B
4: Photoinduced absorption spectra in Mott insulators with strong dimer correlation; Tokyo Univ. of Sci., RIKEN CEMS^A, RIKEN R-CCS^B, RIKEN RQC^C; Takami Tohyama, Kazuya Shinjo^A, Shigetoshi Sota^B, Seiji Yunoki^A,B,C
5: Metastable states of photo-doped one-dimensional Mott insulators; RIKEN CEMS, Univ. Konan^A, Univ. Osaka^B, PSI^C, Univ. Fribourg^D; Y. Murakami, S. Takayoshi^A, T. Kaneko^B, A. Läuchli^C, P. Werner^D
6: （Invited Presentation.） Photoinduced phase transitions in Mott and excitonic insulators; German Aerospace Center (DLR) Institute of Software Technology High-Performance Computing; Satoshi Ejima

1: （Lecture of the Young Scientist Award of JPS） Introduction of the Winners of the Young Scientist Award (Division 11); Tohoku Univ., IFS; Yuji Hattori
2: （Lecture of the Young Scientist Award of JPS） Unraveling the origin of universal properties of amorphous solids under shear; TOYOTA CENTRAL R&D LABS; Norihiro Oyama
3: （Lecture of the Young Scientist Award of JPS） Development of machine-learning-based exchange correlation functional; Univ. Tokyo, Dept. Phys.; Ryo Nagai
4: （Lecture of the Young Scientist Award of JPS） Study of non-reciprocal phase transitions in non-equilibrium systems; Asia Pacific Center for Theoretical Physics; Ryo Hanai
5: （Lecture of the Young Scientist Award of JPS） Theoretical studies on the irreversibility in non-equilibrium thermodynamics; Keio Univ.; Tan Van Vu

1: Analysis of Infant vocabulary development by variational autoencoder; Kyoto Univ., Kyoto Univ.^A, Univ. Tokyo^B, JAIST^C; Masa-aki SAKAGAMI, Tenchi Mizutani^A, Horomichi Hagihara^B, Hiroki Yamamoto^C
2: Emergence of Economic and Social Disparities by Gift Interactions; Grad. Sch. of Arts and Sciences. Univ. of Tokyo, MPI-EVA^A, NBI. Univ. of Copenhagen^B; Kenji Itao^A, Kunihiko Kaneko^B
3: Estimation of HFTs' price impact based on the linear propagator approach; Grad. school of Sci. and Tech. Univ. of Tsukuba, Dept. of Phys. Univ. of Kyoto^A; Yuki Sato, Kiyoshi Kanazawa^A
4: Validation of the non-linear price-impact scaling law and its robustness; Grad. School of Sci. and Tech. Univ. of Tsukuba, Dept. of Phys. Univ. of Kyoto^A; Yuki Sato, Kiyoshi Kanazawa^A
5: Cancellation
6: Properties of fat-tailed distributions in time series data and modeling by generalized random multiplicative processes; Tokyo Tech Sch. of Comp.^A, Univ. of the Ryukyus FGRS^B, Sony CSL^C, Tokyo Tech IIR^D; Jiwei J. Jiang^A, Kenta Yamada^B, Hideki Takayasu^C,D, Misako Takayasu^A,D
7: Data-driven stochastic simulation of time evolution leading to the allometry in Japanese business firms; Tokyo Tech IIR^A, Faculty of Sci. Eng., Aoyama Gakuin Univ.^B, Sony CSL^C, Dept. Phys., Bar-Ilan Univ.^D; Yuh Kobayashi^A,B, Hideki Takayasu^A,C, Shlomo Havlin^A,D, Misako Takayasu^A

^●8: Analysis of human mobility based on Gravity model in metropolitan areas; Tokyo Tech Sch. of Eng., Tokyo Tech Sch. of Comp.^A, Tokyo Tech IIR.^B, Sony CSL.^C; Yixuan Y. Zheng, Yohei Shida^A, Hideki Takayasu^B,C, Misako Takayasu^A,B
9: Evacuation behavior simulation by multi-agent system; Seikei University, IPNS KEK^A; Takahashi Ryuto, Kon Tadashi, Kurihara Yoshimasa^A, Ueda Takahiro
10: The relation between the stock market liquidity and the traders’ utility based on an empirical analysis of the order book II; Engineering, The Univ. of Tokyo; Shota Nagumo, Takashi Shimada
11: Ownership network expansion and maturity model; GSAIS; Yu KASUYA
12: Community Consistency Detected on Complex Networks; Tokyo Tech Sch. of Comp.^A, Sony CSL^B, Tokyo Tech IIR^C; Kay Nagayama^A, Hideki Takayasu^B,C, Misako Takayasu^A,C
13: Proximity infection model of COVID-19 using GPS data IV; IIR, Tokyo Tech^A, School of Computing, Tokyo Tech^B, Sony CSL^C; Jun'ichi Ozaki^A, Yohei Shida^B, Hideki Takayasu^A,C, Misako Takayasu^A,B
^●14: Dynamics of opinions towards COVID-19 vaccine on evolving retweet networks; Tokyo Institute of Tech.^A, Univ. of Tsukuba^B, Institute of Innovative Research (Tokyo Institute of Tech).^C, Sony Computer Science Laboratories^D; Wu Qianyun^A, Yukie Sano^B, Hideki Takayasu^C,D, Misako Takayasu^A,C
15: Higher-order effect on degree in hypergraph; Dept. of Science, Kagoshima University; Shigefumi Hata

1: Detection of Beyond-Quantum Non-locality based on Standard Local Quantum Observables; Nagoya Univ, Nagoya Univ，SUSTech，SIQA^A; Hayato Arai, Masahito Hayashi^A
2: The scalar curvature of the quantum exponential family for a finite Ising chain in a transverse field and the Petz conjecture; Grad. Sch. Info., Nagoya Univ.; Takemi Nakamura
3: The Impact of the Kondo Crossover on the Non-Hermitian Skin Effect; Department of Physics, Kyoto University; Shin Kaneshiro, Robert Peters
4: Moduli spaces for PT-regularized solitons; U-Tokyo^A,　City, U-London^B, UACh^C; Takanobu Taira^A, Andreas Fring^B, Francisco Correa^C

5: Theoretical study of freezing in the relaxation of an open quantum system; Dept. of Phys., Kyoto University, YITP^A, APCTP^B; Pablo Bayona Pena, Kazuki Yamamoto, Ryo Hanai^A,B, Hisao Hayakawa^A, Masaki Tezuka
6: Preparation of many-body ground states via spatially varying feedback control; Dept. of Basic Science, Univ. of Tokyo, Dept. of Phys., Univ. of Tokyo^A; Shunsuke C. Furuya, Hosho Katsura^A, Chisa Hotta
7: Effect of Physical Constraints on Observables on Eigenstate Thermalization; Dept. of Phys. Tokyo Univ.^A, Riken CPR^B, Riken iTHEMS^C, Riken CEMS^D; S. Sugimoto^A, R. Hamazaki^B,C, M. Ueda^A,D
8: Realization of relaxation model with NMR; Kindai Univ.; Haruki Kiya, Shingo Kukita, Yasushi Kondo

1: Effects of damping on the compressed sensing with horseshoe prior; The University of Tokyo, Komaba Institute of Sciencs^A; Yasushi Nagano, Koji Hukushima^A
2: Statistical mechanics of adaptive filtering with saturation; Kansai University; Seiji Miyoshi
3: Analyzing eigenspace of sample covariance matrix; U.Tokyo; Tomohiro Komiyama, Takashi Takahashi, Yoshiyuki Kabashima
4: Bootstrapping debiased lasso: Asymptotic analysis; Univ. Tokyo; Takashi Takahashi
5: Stability Condition of Replica Symmmetry in Image Restoration by Sparse Coding; Okayama Univ. HS; Toshiaki Aida

6: Confidence evaluation for feature selection in composed feature space based on density of states; Grad. School of Science, The Univ. of Tokyo, Faculty of EIS, Univ. of Tsukuba^A, NIMS^B, Grad. School of FS, The Univ. of Tokyo^C; Koki Obinata, Yasuhiko Igarashi^A, Kenji Nagata^B, Keitaro Sodeyama^B, Masato Okada^C
7: Statistical-mechanical derivation of the microcanonical entropies in random graph models; AIST; Tatsuro Kawamoto
8: Bayesian spectral inference by XPS simulator for layer structure; UTokyo, NIMS^A, UEC^B, UTokyo^C; Machida Atsushi, Nagata Kenji^A, Murakami Ryo^B, Shinotsuka Hiroshi^A, Shouno Hayaru^B, Yoshikawa Hideki^A, Okada Masato^A,C
9: Non-reversible sampling method for high dimensional Bayesian inference; Grad. School of Sci. UTokyo, Grad. School of FS. UTokyo^A, NIMS^B, JASRI^C; Ryota Moriguchi, Shun Katakami^A, Kenji Nagata^B, Masaichiro Mizumaki^C, Masato Okada^A
10: Spectral deconvolution of optical absorption spectrum by Bayesian inference; Graduate School of Frontier Sciences, Univ. of Tokyo, NIMS^A, JASRI/SPring−8^B; T. Nabika, K. Nagata^A, S. Katakami, M. Mizumaki^B, M. Okada
11: Statistical mechanics of air conditioning using thermal index; NITGC, Nagaoka Univ. Tech.^A; Yohei Saika, Masahiro Nakagawa^A

1: An Inverse Problem in SWKB Formalism: Construction of Solvable Quantum-mechanical Systems; TUS; Yuta Nasuda, Nobuyuki Sawado
2: Exact expression of the local conserved quantities of the one-dimensional Hubbard model; ISSP Univ. of Tokyo; Kouhei Fukai
3: On the relation between lattice fermion models with supersymmetry and spin-1/2 chains; Dept. of Phys., Univ. Tokyo; Kentaro Nagao, Hosho Katsura
4: Derivation of n-dimensional Lotka-Volterra equations with potential-type Lagrangians and their integrability; Daido University; Kenji Imai
5: Quasiperiodic States of Non-integrable Toda Lattice Including Next-nearest-neighbour Interaction; Chuo U.; Hayate Suzaki, Daisuke A. Takahashi

6: The exact susceptibility of spin-S transverse Ising chain with next-nearest-neighbor interactions; Grad. School of Math. Nagoya Univ.; Kazuhiko MINAMI
7: Time continuous limits of a geometric lifted integrable cellular automaton; Nat. Def. Acad.; Taichiro Takagi
8: Intrinsic momentum operator and basic Casimir operator in conformal group; Hiroshima City University; S. Kuwata
9: Construction of Skyrmion solutions of a Dzyaloshinskii-Moriya interacting baby Skyrme model; Tokyo Univ. of Sci.; Funa Hanada, Nobuyuki Sawado

1: Inertial effect on density fluctuations in chiral active fluid; Department of Physics, Nagoya University; Yuta Kuroda, Takeshi Kawasaki, Kunimasa Miyazaki
2: Effect of gravitational ﬁeld on collective motion of ﬁsh; Dept. of Phys., Tohoku Univ.; Susumu Ito, Nariya Uchida
3: Minimal continuum model to describe bacterial chiral edge current; Dept. Phys. Kyushu Univ.; MATSUKIYO Hiroki, FUKUDA Jun-ichi
4: Fluctuation and rheology of dense active matter.; Kyusyu University, Dept. Physics^A, Hosei Univ.^B; Y. Sugino^A, H, Ebata^A, Y. Sowa^B, D. Mizuno^A
5: Synchronization Phenomenon Found in Collective Motion of Bacillus subtilis Cells in a Circular Pool; Chuo Univ.; Ryo Akutsu, Jun-ichi Wakita
6: Principles of morphological control by topological defects and contractile flow in confined myoblast cell populations; Dept. Phys., Univ. Kyushu, Applied Phys., Univ. Aalto^A; Ryo Ienaga, Kazusa Beppu^A, Yusuke Maeda

7: Autonomous oscillation and geometric control in the collective motion of epithelial cells; Dept. of Phys. Kyushu Univ., Dept. of Appl. Phys. Aalto Univ.^A; Kazuyuki Shigeta, Kazusa Beppu^A, ^○Yusuke T. Maeda
8: Elucidation of Adaptive Light Detection System in Volvox; Tokyo Univ. of Agri. and Tech; Keigo HARADA, Yoshihiro MURAYAMA
9: Effect of cell stochastic behavior and flagellar number on phototaxis in Volvox; Tokyo Univ. of Agri. and Tech.; Ryuto WATANABE, Yoshihiro MURAYAMA
10: Coexisting Ordered States in an Active Actin Filament System; Kyoto Univ. CiMPhy, Ludwig Maximilian Univ. Munich Dept. Physics^A, Technical Univ. Munich Dept. Physics^B; Ryo Suzuki, Lorenz Huber^A, Timo Kruger^A, Erwin Frey^A, Andreas R. Bausch^B
11: Self-propelled motion of rod-like Janus particles under alternating electric field; Kyoto Sangyo Univ.; Yasutaka Iwashita, Taiga Sato
12: Dynamics of electrically driven Janus particles in complex fluids; Dept. of Phys. Kyushu Univ.^A, Dept. of Phys. Kyushu Univ.^B, Dept. of Phys. Kyoto Sangyo Univ.^C; K.Saito^A, R. Kawano^B, F. Kobayashi^A, Y. Iwashita^C, Y. Kimura^A

1: （Symposium Session.） Introduction; RIKEN; Yoshifumi Nakamura
2: （Symposium Session.） Current Status and Challenges of Quantum Computing; Osaka Univ./RIKEN RQC; Keisuke Fujii
3: （Symposium Session.） Quantum simulation of parton shower in high-energy processes; Lawrence Berkeley National Laboratory; So Chigusa

4: （Symposium Session.） Quantum computation and Matrix quantum mechanics; YITP; Masazumi Honda
5: （Symposium Session.） Approaches to the quantum simulation of lattice gauge theories and spin chains; U. Tokyo; Takuya Okuda
6: （Symposium Session.） Searching for quantum-classical crossover by computational resource estimation in condensed matter physics; University of Tokyo; Nobuyuki Yoshioka

1: （Invited Presentation.） Theoretical Study of Non-Hermitian Strongly Correlated Systems; Dept. Phys. Kyoto Univ.; Norio Kawakami
2: Strong-coupling effects in a non-Hermitian Fermionic superfluidity II; Keio Univ.; Daisuke Inotani, Tomoya Hayata
3: Correlation effects on exceptional points; Department of Physics, Kyoto Univ., Department of Physics, Univ. of Tsukuba^A; Tsuneya Yoshida, Yasuhiro Hatsugai^A
4: Impact of interactions on non-Hermitian skin effect in one-dimensional systems; Department of Physics, Kyoto University; Shu Hamanaka, Kazuki Yamamoto, Tsuneya Yoshida
5: Non-Hermitian physics of levitated nanoparticle array; Dept. of Phys., Univ. of Tokyo, IPI, Univ. of Tokyo^A; Kazuki Yokomizo, Yuto Ashida^A
6: Quantum many-body scars in the Bose-Hubbard model with a three-body constraint; Department of Physics, Kindai University, Department of Physics, Tokyo University of Science^A; Ryui Kaneko, Masaya Kunimi^A, Ippei Danshita
7: Semiclassical description of the continuous quantum Zeno effect in an open Bose-Hubbard system; Riken, Kindai Univ.^A; Kazuma Nagao, Ippei Danshita^A, Seiji Yunoki

^●1: Spatial Phase Effect on Quantum Resonance Ratchet Transport of Cold Atoms; African Univ. of Sci. and Tech.; Anatole Kenfack, ^○Kabir Salihu Suraj
2: Improvement of NER analysis by Gaussian Process regression; Dept. of Engineering Sciences, Univ. of Electro-Communications; Yuma Osada, Yukiyasu Ozeki
3: Nuclear norm regularized loop optimization for tensor network; ISSP; Kenji Homma, Naoki Kawashima
4: Worm algorithm accelerated by stochastic flow and application to the Ising model; Department of Physics, The University of Tokyo; Hidemaro Suwa
5: Classical ground states and phase transitions of the multiple-spin exchange model in a magnetic field on a honeycomb lattice; University of the Ryukyus; Kiyora Kugai, Chitoshi Yasuda
6: Dzyaloshinskii transition in a classical chiral Heisenberg model and analogy to DQC; CQuIC, University of New Mexico^A, Graduate School of Information Sciences Tohoku University^B; Jun Takahashi^A, ^○Yoshihiko Nishikawa^B

7: CP² Skyrmion crystal and its relatives in spin-orbit coupled cold atom systems; Univ. of Tokyo^A, Toyama Pref. Univ.^B, Keio Univ.^C, Henan Univ.^D, JINR^E,　Oldenburg U.^F; Yuki Amari^A,B,C, Yutaka Akagi^A, Sven Gudnason^D, Muneto Nitta^C, Yakov Shnir^E,F
8: Effects of spin fixation in quantum annealing; Keio Univ.^A, DENSO^B; Tomohiro Hattori^A, Hirotaka Irie^B, Tadashi Kadowaki^B, Shu Tanaka^A
9: Quantum criticality detected by Glauber dynamics in the transverse Ising model in two dimensions.; Dept.Basic Science, University of Tokyo^A, Dept. Information Science, Kyoto University^B; Chisa Hotta^A, Kenji Harada^B
10: Cluster nonequilibrium relaxation analysis of 2D S=1/2 diluted quantum antiferromagnets II; MANA, NIMS, Shibaura Institute of Technology^A; Yoshihiko Nonomura, Yusuke Tomita^A
11: Quantum Spin Solver QS³ with Sublattice Coding Algorithm; Osaka Univ.; Hiroshi Ueda

1: Training Method for Machine-Learning Interatomic Potentials Using Heat Flux Regularization and Its Effect on Thermal Conductivity Calculations; Dept. of Phys., Kumamoto Univ.; K. Shimamura, A. Koura, F. Shimojo
2: Detection of paths of nonlinear phonetic waves using the Clifford Algebra and Neural Networks; Faculty of Sci & Engr. Teikyo Univ.^A, INSA val de Loire, France^B; Safataka Furui^A, Serge Dos Santos^B
3: Diagnosis of the Invasion Depth of Gastric Cancer by Deep Neural Networks III; Okayama Univ. HS, Okayama Univ. Med.^A; Toshiaki Aida, Yoshiro Kawahara^A, Kenta Hamada^A
4: Machine-Learning-Assisted Construction of Appropriate Frame 〜Proposal Methods〜; Riken CEMS; Yoshihiro Michishita
5: Machine-Learning-Assisted Construction of Appropriate Frame 〜Demonstration in periodically-driven systems〜; Riken CEMS; Yoshihiro Michishita

6: Proposition of low dimension neuron model that show nonlinear response　by dendritic action potential; Graduate School of Informatics Kyoto University; Takuya Saeki, Jun-nosuke Teramae
7: Statistics of output sequences of sampling-based neural networks for ambiguous inputs; Grad. Sch. Info., Kyoto Univ.; Taishi Watanabe, Jun-nosuke Teramae
8: Representation of physical surface properties of faces by neurons in area TE of the macaque temporal lobe.; GSFS, JSPS^A, HIIRI^B, NCPC^C, NIMH^D, QST^E; Keisuke Shioya*, Kazuko Hayashi^A,B*, Narihisa Matsumoto^B, Keiji Matsuda^B, Kenichiro Miura^C, Sigeru Yamane^B, Mark A. G. Eldridge^D, Richard C. Saunders^D, Barry J. Richmond^D, Yuji Nagai^E, Naohisa Miyakawa^E, Takafumi Minamimoto^E, Shun Katakami, Masato Okada, Kenji Kawano^B, Yasuko Sugase-Miyamoto^B (*: equal contribution)
9: Universal property of functional neuronal ensemble inference by diffusion; Ibaraki Univ.; Shun Kimura, Koujin Takeda
10: Analysis of cellular automata using neural networks; Dept. of Science, Kagoshima University; Yusuke Hamada, Shigefumi Hata, ^○Hiroki Hata

1: Effects of disturbance and spatial heterogeneity in a resource-competing ecosystem; Obihiro University; Yuya Shishikura, Hiroki Ohta
2: Statistical properties of growth rate in the gut microbiome and its mathematical model; Tokyo Tech Comp., Tokyo Tech IIR^A, SONY CSL^B, Univ. Tokyo Med.^C, RIKEN IMS^D; Rie Maskawa, Hideki Takayasu^A,B, Lena Takayasu^C,D, Wataru Suda^D, Misako Takayasu^A
3: Stability of a microbial ecosystem and dimension reduction in its phenotypic space; Grad. Sch. of Arts and Sci., Univ. of Tokyo^A, Niels Bohr Inst.^B; Jumpei F Yamagishi^A, Kunihiko Kaneko^B
4: Deceleration of biological reactions by an increase in the enzyme concentration; Univ. of Tokyo, Dept. of Basic Sci.; Tetsuhiro S. Hatakeyama
5: Entropic force-dependent movement of intracellular organelles; Univ. of Fukui, Faculty of Eng., Univ. of Tokyo, Dept. of Basic Sci.^A; Masashi K. Kajita, Tetsuhiro S. Hatakeyama^A

6: Phenotype selection due to mutational robustness; Cybermedia Center, Osaka Univ.; Macoto Kikuchi
7: Pattern Embedding and Switching by Allosteric Regulation; ISM, Niels Bohr Inst.^A; Ayaka Sakata, Kunihiko Kaneko^A
8: Free energy landscape of HP and Go model; Dept. Phys., Osaka Univ.^A, Cybermedia Center, Osaka Univ.; Norifumi Maruyama^A,B, Macoto Kikuchi^B,A
^●9: Application of tensor decomposition basd unsupervised feature extraction to bioinformatics; Dept. Phys., Chuo Univ.; Y-h. Taguchi

1: （Symposium Session.） Introduction; Kochi Univ.; Kei Iida
2: （Symposium Session.） Microscopic description of the inner crust of neutron stars based on time-dependent density functional theory: Superfluid dynamics and band structure effects; Tokyo Tech; Kazuyuki Sekizawa
3: （Symposium Session.） Understanding of superfluid density in the inner crust of neutron stars: Competition between two "gaps"; Zhejiang Univ.; Gentaro Watanabe
4: （Symposium Session.） Quantum many-body effects in neutron star matter: Theoretical approach based on cold-atomic physics; Univ. of Tokyo; Hiroyuki Tajima

5: （Symposium Session.） Equations of state of proto-neutron stars and neutron star crusts; Kanto Gakuin Univ.; Shun Furusawa
6: （Symposium Session.） Crustal oscillations in magnetars; RIKEN; Hajime Sotani
7: （Symposium Session.） A numerical analysis with the W4 method for the structure of relativistic rotating stars in the Lagrangian formulation; WIAS; Hirotada Okawa
8: （Symposium Session.） Magnetic field and elastic force in magnetars; Hiroshima Univ., ADSE; Shota Kisaka

Program

Division 11