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: A digger for 2D densely-packed coarse granular media using vibrations; Shizuoka University, National Taiwan University^A, Angelo State University^B, Texas Tech University^C; Guo-Jie Jason Gao, Fu-Ling Yang^A, Michael C. Holcomb^B, Jerzy Blawzdziewicz^C
2: Observation of internal flow in scraping of foam; Tokyo Metropolitan University; Masaya Endo, Rei Kurita
3: Fracture dynamics of thin film observed in Sumiwari; Nara Women's Univ., FAST^A; Michiko Shimokawa, So Kitsunezaki, Ludovic Pauchard^A, Anne Davaille^A
4: Peculiar rolling behavior and its mechanism of a cylinder partially filled with granular materials; Department of Physical Sciences, Ritsumeikan University, Shiga, Japan, Graduate School of Engineering Science, Osaka University, Osaka, Japan^A; Mizuki Ono，Toshizo Terai^A，Michio Otsuki^A，Hirofumi Wada
5: Wrinkles formed in a heavy elastic sheet on a frictional rigid substrate; Ritsumeikan University; Keisuke Yoshida, Hirofumi Wada
6: Shape and growth dynamics of a bathtub vortex; Department of Physics, Ritsumeikan University; Yuta Nakanishi, Hirofumi Wada

7: Analysis of levitating microdroplets behavior through temperature control of hot water surfaces.; Osaka Univ.; Akari Kokuryo, Ken Yamamoto, Takahiro Hatano, Hiroaki Katsuragi
8: Transition of dissolution process in phase separation of ionic liquids; Osaka Metropolitan Univ.^A, Univ. of Florence^B; Noriko Oikawa^A, Benedetto Pietro Casu^B, Taiki Haga^A, Takehiko Horita^A
9: After pinch-off dynamics of air in a quasi-two dimensional bath of viscous liquid Ⅲ: analogy with critical phenomena; Ochanomizu Univ.; Ikumi Yoshino, Ko Okumura
10: Breakup of hydrodynamic interface in a confined space: singular dynamics and renormalization group analysis; Ochanomizu University; Ko Okumura, Shoko Ii, Ikumi Yoshino
11: Avalanches on the granular layer in a quasi-two dimensional cell; Ochanomizu Univ.; Manami Miyake, Ko Okumura
12: Deformation of wet granular beds by the drop impact; Osaka Univ.; Wei Zhang, Hiroaki Katsuragi, ^○Ken Yamamoto
13: Gravito-viscocapillary pinch off: periodic bubble generation in confined space; Dept. of Phys., Ochanomizu Univ.; H. Hitomi, K. Okumura

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: Development of an algorithm to determine the hydration structure and dynamics in the vicinity of fluctuating lipid membrane interfaces; Graduate School of Engineering Science, Osaka University; Kokoro Shikata, Kento Kasahara, Kang Kim, Nobuyuki Matubayasi
2: The analysis of buckling phenomena in red blood cells using a particle model; Keio Univ.^A, ISSP, Univ. Tokyo^B; Tetsuya Yamamoto^A,B, Hiroshi Watanabe^A, Hiroshi Noguchi^B
3: A neural network modeling of salt concentration memory-dependent chemotaxis in C. elegans; Dept. of Chem. Okayama Univ., RIIS, Okayama Univ.^A; M. Hironaka, T. Sumi^A, K. Koga^A
4: Nonlinear recurrent neural networks for transient dynamics on amplified trajectories; Graduate School of Informatics, Kyoto University; Arata Tomoto, Jun-nosuke Teramae
5: Changes in the population of Paramecium grown under various pressures; Dept. of Sci. Tokyo Univ. of Sci.; S.Ikeno，K.Yamashita，E.Tokunaga
6: Simulation of Angiogenesis using the Cellular Potts Model and its Image Analysis; Nippon Med. Sch., Senshu Univ.^A; Hiroshi Fujisaki, Kenta Odagiri^A, Hiroya Takada, Rei Ogawa

7: Gait analysis of human locomotion by using inertial sensor; Dept. of Physics, Osaka Metropolitan Univ.; Tsuyoshi Mizuguchi
8: Emergence of tau protein precursors for fibril; TMU, TMIMS^A, UTokyo^B; Tomomi Takahashi, Takashi Nonaka^A, Masato Hasegawa^A, Yukiko Hori^B, Taisuke Tomita^B, Rei Kurita
9: Thermodynamics of metabolism and its physiological effects in mouse liver during fasting; Grad. Sch. Sci., Univ. Tokyo., M&D Data Sci. Cent., Tokyo Med. Dent. Univ.^A; Takumi Abekawa, Satoshi Ohno^A, Shinya Kuroda
10: Construction of the theory of contribution factor of the first kind: Application to Marcus electron-transfer rate; Independent researcher; Kenji Mishima

1: Velocity jump in the crack propagation induced on a polymer sheet by constant-speed stretching; Ochanomizu Univ.; Aoi Nohara, Ko Okumura
2: Scaling crossover for the falling velocity of a liquid drop surrounded by another liquid in a Hele-Shaw cell Ⅲ; Ochanomizu Univ.; Nanako Hirano, Ko Okumura
3: Charge competition with the membranes alters the protein diffusion inside cell-sized space; Grad. Sch. Arts Sci., Univ. Tokyo^A, UBI Univ. Tokyo^B; Hiroki SAKUTA^A,B, ^○Miho YANAGISAWA^A,B
4: Relationship between boundary condition and mechanical response of Kirigami Ⅱ; Ochanomizu Univ.; Yukina Ninomiya, Ko Okumura
5: Bending deformation of tape springs by a notched indenter; Keio Mech.; Shunsuke Nomura, Tomohiko Sano
6: Twist Deformation of Trefoil Knot; Keio Mech.; Taiki Goto, Tomohiko Sano

7: Mechanism of Curling Behavior in Plain Knitted Fabrics; Keio Univ., Osaka Univ.^A; Kotone Tajiri, Riki Murakami^A, Ryuichi Tarumi^A, Tomohiko G. Sano
8: Localized buckling and collapse of an elastic tube due to wind loading; Department of Physics, Ritsumeikan University, Department of Mechanical Engineering, Ritsumeikan University; Shotaro Adachi, Shuya Yoshioka, Hirofumi Wada
9: Bending Instability of Fluid-Running Tubes; Keio Univ., Osaka Univ.^A; Satsuki Shibuya, Isamu Hashiguchi^A, Shunsuke Kobayashi^A, Ryuichi Tarumi^A, Tomohiko Sano
10: Jumping dynamics of spherical shells on narrow substrates; Keio Univ.; Takara Abe, Tomohiko G. Sano
11: Bending mechanics of a cellular metaplate : Rigidity, Poisson's ratio, and Shape-shifting property; Department of Physics, Ritsumeikan University; Taiki Toyonaga and Hirofumi Wada
12: Buckling instability and wrapping transition of a rotating helical filament in a viscous fluid; Department of Physics, Ritsumeikan University; Takuro Kataoka, Hirohumi Wada
13: Numerical analysis for comparison of two types of interactions that yield synchronization between BZ gels; Dept. of Eng., Tokyo Tech., IRFI., Tokyo Tech.; Taro Sukegawa, Yuhei Yamada, Shingo Maeda

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: Twining of an elastic rod around a rotating cylinder; Kyoto Univ., Ritsumeikan Univ.^A; Marie Tani, Hirofumi Wada^A
2: Statistical formulation of Onsager-Machlup variational principle; RIMS Kyoto Univ., Wenzhou Inst. UCAS^A; Kento Yasuda, Kenta Ishimoto, Shigeyuki Komura^A
3: On counting flat foldings of single vertex origami via statistical mechanics model; Tohoku Bunka Gakuen Univ. Engineering; Chihiro Nakajima
4: Spreading Behavior of Impinging Droplets on Solid Surfaces; Univ. Fukui, Keio Univ.^A, City Univ. Hong Kong^B; Takahiro Koishi, Kenji Yasuoka^A, Xiao Cheng Zeng^B
5: Data-driven discovery of self-similarity using neural networks; Kyoto Univ., Osaka Univ.^A, OIST^B; Ryota Watanabe, ^○Takanori Ishii, Yuji Hirono^A, Hirokazu Maruoka^B
6: Constructing the Relationship Between Porous Structures and Physical Properties Using Manifold-Learning; Dep. of Appl. Phys., Tohoku Univ., SRIS Tohoku Univ.^A; Shota Arai, Yuki Takayama^A, and Takashi Yoshidome

7: Modeling of Plastic Deformation of Crystalline Polymers by utilizing Transient Potential; Nagoya Univ.; Takashi Uneyama
8: Persistent Homology Analysis of Entanglements in Ring Polymers; Osaka Univ., AIST^A， Edinburgh Univ.^B; Shota Goto, Takenobu Nakamura^A, Davide Michieletto^B, Kang Kim, Nobuyuki Matubayasi
9: Chain stiffness dependence of shear thinning in polymer melts and its molecular structure characterization; Graduate School of Engineering Science, Osaka University; Kang Kim, Yuhi Sakamaki, Shota Goto, Nobuyuki, Matubayasi
10: Topological elastic force of Gaussian networks entangled with a ring polymer; Ochanomizu University, Kyoto University^A, Ochanomizu University^B; Naoki Sakata, Erica Uehara^A, Tetsuo Deguchi^B
11: Coarse-grained MD simulations of topological effect of ring-polymers filled block copolymers forming phase separated lamellar structures; NDA, Tohoku Univ.^A; Katsumi Hagita, Takahiro Murashima^A

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: （Symposium Session.） Opening remarks; Department of Electrophysics, NYCU; Chun-Liang Lin
^●2: （Symposium Session.） Momentum-Dependent Sum-Frequency Vibrational Spectroscopy of Bonded Interface Layer at Charged Water Interfaces; Institute of Physics, Academia Sinica; Yu-Chieh Wen
^●3: （Symposium Session.） Structure and dynamics of liquid interfaces by sum frequency generation spectroscopy; Department of Chemistry, Tohoku University; Kenichi Inoue
^●4: （Symposium Session.） Surface Defects as Catalysts: DFT Analysis of Enhanced Reactivity in PtTe2 and PdTe2; Graduate School of Advanced Technology, National Taiwan University; Jyh-Ping Chou

^●5: （Symposium Session.） Second-order nonlinear susceptibility of monolayer ice on Pt(111): first-principles study; Cluster for Pioneering Research, RIKEN; Jun Haruyama
^●6: （Symposium Session.） Unveiling the Dirac Nodal Line in the Hourglass Semimetal Nb3SiTe6; National Synchrotron Radiation Research Center; Ro-Ya Liu
^●7: （Symposium Session.） X-ray nonlinear optics for materials science at SACLA; SPring-8 Center, RIKEN; Yuya Kubota

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: Development of a language model-based model for VHH properties; Saitama University; Yuki Hashidate, Taihei Murakami, Yasuhiro Matsunaga
2: Optimization of Force Field Parameters in Molecular Simulation Models Using a Differentiable Approach; Saitama University; Yohei Sako, Yasuhiro Matsunaga
3: Free Energy Estimation with SE(3) Equivariant Flow Models; Saitama University; Tsuyoshi Kawai, Yasuhiro Matsunaga
4: Effect of surrounding environment on electron beam irradiation damage of Enhanced Green Fluorescent Protein; Dept. of Appl. Phys. and Chem. Eng. Tokyo Univ. of Agriculture and Tech.; Haruyoshi Osakabe, Toshiki Shimizu, Hiroki Minoda
5: Predicting heteropolymer interactions: theory and numerical experiments; RIKEN iTHEMS^A, RIKEN BDR^B, RIKEN CPR^C, Grad. Sch. of Sci., Univ. of Tokyo^D; Kyosuke Adachi^A,B, Kyogo Kawaguchi^B,C,D
6: Prediction of coexistence in protein phase separation based on amino acid sequences; RIKEN iTHEMS^A, RIKEN BDR^B, RIKEN CPR^C, Grad. Sch. of Sci., Univ. of Tokyo^D; Kyosuke Adachi^A,B, Kyogo Kawaguchi^B,C,D

7: Prediction about dissociation pathways of amyloid β peptide at the fibril edge based on evaluation of adiabatic potential surface; Grad. School of Sci., Univ. of Hyogo, Grad. School of Eng., Osaka Univ.^A; Yasuhiro Oishi, Motoharu Kitatani, Kichitaro Nakajima^A, Hirotsugu Ogi^A, Koichi Kusakabe
8: Molecular dynamics simulation study of the docking process of APP and beta-secretase; Grad. Sch. BOST, KINDAI Univ.^A, BOST., KINDAI Univ.^B; Ryo Fujimoto^A, Shota Shimogochi^A, Seina Saito^B, Kaori Yanagino^B, Naoyuki Miyashita^A,B
9: Structure changes between the Active and Inactive states in the transmembrane dimer of receptor tyrosine kinases; Grad. Sch. BOST, KINDAI Univ.^A, BOST., KINDAI Univ.^B; ^@Naoto Tonogaito^A, Shota Shimogochi^A, Ryo Fujimoto^A, Naoyuki Miyashita^A,B
10: Development of an ultraviolet cryogenic microscope for single-molecule spectroscopy; Department of Physics, Tokyo Institute of Technology, Faculty of Medicine, The University of Tokyo, Department of Physics, Tokyo Institute of Technology, Department of Physics, Tokyo Institute of Technology; Hibiki Sato, Namiki Toyama, Michio Matsushita, Satoru Fujiyoshi
11: Transmission electron microscopy of an individual phycobilisome aimed at the correlative light-electron microscopy.; Department of Physics, Tokyo Institute of Technology, Department of Bioscience, Tokyo University of Agriculture^A, Department of Cell Biology and Anatomy, Graduate School of Medicine, The University of Tokyo^B; Daiki Sakamoto, Yuka Imamura^A, Satoru Watanabe^A, Toshie Furuya^B, Masahide Kikkawa^B, Michio Matsusita, Satoru Fujiyoshi
12: Development of precise air conditioning system for image stability in cryogenic fluorescence microscopy of an individual molecule; Department of Physics, Tokyo Institute of Technology; Rinka Kai, Naoki Kamiya, Michio Matsushita, Satoru Fujiyoshi

1: （Invited Presentation.） Combination of Metal-Organic Frameworks and Soft Materials; Sch. Eng. Toyota Technol. Inst.; S. Anan
2: Characterization of critical nuclei of plate-like depletion attraction colloidal crystals by analyzing cluster number distributions and in situ observation; Tokushima Univ., Kanazawa Univ. EMI^A; Yoshihisa Suzuki，Hiroyasu Katsuno^A，Masahide Sato^A，Keigo Kishida
3: Morphology control of protein crystals grown in hydrogel; Yokohama City Univ.; Miina Suzuki, Ryo Suzuki, Masaru Tachibana, Kenichi Kojima
^●4: Effects of ambient nitrogen gas on the growth kinetics of elementary steps on ice crystal surfaces; Institute of Low Temperature Science, Hokkaido University; Yuheng Zhao, Ken-ichiro Murata, Ken Nagashima, Gen Sazaki
5: The effect of atmospheric acidic gases on the vapor growth steps on ice; Institute of Low Temperature Science, Hokkaido University; K. Nagashima, K. Murata and G. Sazaki

6: The Effect of Periodic Fluctuations in the Solution Environment Caused by a Pulsed Electron Beam on Crystal Growth; Hokkaido Univ.; Yuki Kimura
7: In-Situ Observation and Analysis of Nanoscale Polymorphs Using Electron Microscopy; Department of Chemistry, The University of Tokyo; Takayuki Nakamuro，Masaya Sakakibara，Eiichi Nakamura
8: Growth condition dependence of Fe/Ge(111) surfaces; Sch. Eng. Nagoya Univ.^A, IMaSS. Nagoya Univ.^B; N. Miura^A, Shi Qing^A, M. Mizuguchi^A,B, T.Miyamachi^A,B
9: Pathways of Polymorphic Transitions during Colloidal Heteroepitaxy; Emerging Media Initiative, Kanazawa Univ., Graduate School of Natural Science & Technology, Kanazawa University^A, Institute for Meterials Research, Tohoku University^B; Masahide Sato, Kaku Mukai^A, Jun Nozawa^B
10: Dependence of surface roughness on growth driving force and surface gradient: a Monte Carlo study; RIAM, Kyushu Univ.; Noriko Akutsu, Yoshihiro Kangawa

1: （Symposium Session.） Introduction; Naogya Inst. Tech.; Koji Kimura
^●2: （Symposium Session.） Pressure dependent structure of amorphous aluminosilicate materials; Univ. Bath; Philip Salmon
3: （Symposium Session.） Relationship between intermediate-range structure and negative electrode property in Wadsley-Roth phase oxide; Tokyo Univ. Sci.; Naoto Kitamura
4: （Symposium Session.） Superconductivity emergence and its properties induced by intercalation of 4f-electron Yb into graphene; Univ. Tokyo; Ryota Akiyama

5: （Symposium Session.） Information-Theoretic Analysis of Dopant Atomic Arrangement in Semiconductors via Photoelectron Holography; Nara Inst. Sci. Tech.; Tomohiro Matsushita
6: （Symposium Session.） Graph neural network model to predict doping effects in dielectric materials; Nagoya Univ.; Ryoji Asahi
7: （Symposium Session.） Phase behavior of water confined in one and two dimensional nano space; Okayama Univ.; Koga Kenichiro
8: （Symposium Session.） Summary; Nagoya Inst. Tech.; Koichi Hayashi

1: （Invited Presentation.） Physicochemical analysis of molecular association processes based on bimolecular reaction theory and molecular dynamics simulation; Grad. Sch. Eng. Sci, Osaka Univ.; K. Kasahara
2: Two ion-specific effects are related: Salting out and salt-enhanced association; Okayama Univ., Univ. of Hyogo^A; Kenichiro Koga, Hiroyuki Katsuto, Ryuichi Okamoto^A, Tomonari Sumi
3: Derivation of diffusion equations for many particles by a general method of coars graining; Department of Physics, Niigata University; Akira Yoshimori, Shuto Suzuki
4: The Soret effect on a binary fluid mixture near the demixing critical point in the presence of the preferential adsorption onto two parallel plates; Faculty of Sci. & Tech., Keio Univ.; Youhei Fujitani

5: First-principles molecular dynamics study of the CO2-water interface using unsupervised machine learning; AIST CD-FMat, AIST GREEN^A; Tetsuya Morishita, Masashige Shiga^A
6: Rotational dynamics of a molecule doped in superfluid helium clusters; Graduate School of Natural Science and Technology, Kanazawa Univ., Faculty of Mathematics and Physics, Kanazawa Univ.; Koki Kyushi, ^○Shinichi Miura
7: Simulation of hydrofluoric acid solution using machine learning inter atomic potentials; SCREEN Holdings Co., Ltd.^A，Department of Precision Engineering, Graduate School of Engineering, Osaka University^B; Toshihiro Kume^A,B，Rizka Nur Fadilla^B，Harry Handoko Halim^B，Yoshitada Morikawa^B
8: Parameter optimization using differentiable rigid-body docking simulation; Saitama University; Koki Kakinuma, Yasuhiro Matsunaga
9: Revisiting first principles van der Waals corrections based on Maximally Localized Wannier functions II; QST; Takashi Ikeda
10: Changes in conformatiolnal stability of protein complexes due to amino acid mutations; Inst. Sci. Eng., Kanazawa Univ.; Kazutomo Kawaguchi, Hidemi Nagao
11: Reentrant behavior in an electrolyte concentration dependence　of effective interaction between like-charged particles and the coion effects; Kyushu University, Nishinippon Institute of Technology^A, Ehime University^B; Ryo Akiyama, Ayumi Suematsu^A, Michika Takeda, Tatsuhiko Miyata^B

1: Molecular dynamics simulation on full-length amyloid-beta peptides; IMS, ExCELLS, SOKENDAI; Satoru G. Itoh, Hisashi Okumura
2: Non-equilibrium molecular dynamics method for reproducing a flow on lipid bilayer; SOKENDAI^A, IMS^B, ExCELLS^C; Masaki Otawa^A,B, Satoru G. Itoh^A,B,C, Hisashi Okumura^A,B,C
3: Predicting Water Molecule Replacement upon Ligand Binding Based on Deep Learning; Dep. Appl. Phys., Tohoku Univ., Riken^A, Yokohama City Univ.^B; Yuki Ito, Masateru Ohta^A, Mitsunori Ikeguchi^A,B, and Takashi Yoshidome
4: Accelerating Protein Hydration Free Energy Computing Using a Deep Learning; Dep. Appl. Phys. Tohoku Univ.; Taichi Ito and Takashi Yoshidome
5: Transition-State Analysis of Protein Unfold Process Using Molecular Dynamics Simulation; Dep. Appl. Phys., Tohoku Univ.; Souta Kadowaki, Takashi Yoshidome
6: Construction of a simulation model which reproduces the single molecule experiment on biased Brownian motion of myosin head; Grad. Sch. Eng., Nagoya Univ.; Kenshiro Kaneko, Tomoki P.Terada

1: Analysis of relation between nano network structure and macro mechanics using double network gel; Grad. Sch. of Life Sci., Hokkaido Univ.^A, Fac. of Adv. Life Sci., Hokkaido Univ.^B, WPI-ICReDD, Hokkaido Univ.^C; Naohiro Kashimura^A, Takahiro Matsuda^A, Yiran Cui^A, Tsutomu Indei^B, Xiang Li^B, Tasuku Nakajima^B,C, Jian Ping Gong^B,C
2: Strengthening of protein crystals through cross-linking; Yokohama City Univ; Daiki Takaku, Ryo Suzuki, Masaru Tachibana, Kenichi Kojima
3: Significant negative energetic elasticity in a hydrogel with side chains; Univ. Tokyo; Sakumichi Naoyuki, Yamashita Ryosuke, Masuda Tsukuru, Yoshikawa Yuki, Fujiyabu Takeshi, Sakai Takamasa
4: Simultaneous observation of crack propagation and acoustic emission in polymer gels with homogeneous network structure; Univ. Tokyo; Mitsuki Nagaura, Naoyuki Sakumichi, Takamasa Sakai
5: Finite Element Analysis of Subsonic Crack Propagation in Viscoelastic Solids Using Fukagawa's Variational Principle; Osaka Univ. Eng. Sci, Univ. Tokyo Eng.^A; Hokuto Nagatakiya, Naoyuki Sakumichi^A, Shunsuke Kobayashi, Ryuichi Tarumi
6: Concentration Gradient Formation of Cationic Polymer in Aqueous Solution with Temperature Gradient as an External Field; Grad. School of Sci., Tokai Univ., School of Sci., Tokai Univ.^A; M.Asada，K.Tsugawa，N.Nanbara，K.Sasaki^A，N.Shinyashiki^A，R.Kita^A

7: Viscous heating and viscosity of polymer melts under wall-driven shear; Nagoya Univ.; Tatsuma Oishi, Yusuke Koide, Takato Ishida, Takashi Uneyama, Yuichi Masubuchi
8: Relationship between shear thinning behavior and microstructure under shear for aqueous solution of linear polymer PEGs with polydisperse molecular weight distribution; Graduate School of Arts and Sciences, the University of Tokyo^A, School of Science Department of Physics, Nagoya University^B; Naoya Yanagisawa^A, Daisuke Shimamoto^A, Takeshi Kawasaki^B, Miho Yanagisawa^A
9: Effect sugars on the volume phase transition of a thermoresponsive hydrogel; Fac. of Sci., Kyushu Univ.; Yasuyuki Maki, Shunta Usami, Masahiko Annaka
10: Evaluation of the effect of microphase separation structure on gel shrinkage dynamics; Dept. Mech., Tokyo Tech^A, Dept. IRFI., Tokyo Tech^B; Mizuki Hirasawa, Yuhei Yamada, Shingo Maeda
11: Exact nonlinear elasticity of polymer networks consisting of finitely extensible random walk chains; Ochanomizu Univ., Georgia Univ.^A, Colorado State Univ.^B, Kyoto Univ.^C; Tetsuo Deguchi, Jason Cantarella^A, Clayton Shonkwiler^B, Erica Uehara^C
12: Non-linear elasticity of random network derived from a moment-force formula; Kyoto Univ.，Georgia Univ.^A，Colorado State Univ.^B，Ochanomizu Univ.^C; Erica Uehara，Jason Cantarella^A，Clayton Shonkwiler^B，Tetsuo Deguchi^C
^●13: Non-Gaussian asymptotic entropy for topological polymers; 理科大^A，お茶大^B; Allan John Gerrard^A，Tetsuo Deguchi^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: 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: （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: Cellular spatial patterns on the air-liquid interface driven by Marangoni flow in Glycerol/Oleic Acid system.; OIST, Camb^A; Hirokazu Maruoka, Christian Vaquero-Steiner, Khá-Î Tô, Shreyas Mandre^A, Mahesh M. Bandi
2: Concentration dependence of the diffusion coefficient of surfactants in micellar solutions; Nagoya Univ.; Yusuke Koide, Takato Ishida, Takashi Uneyama, Yuichi Masubuchi
3: Analysis of self-motile vesicles embedding gold nanoparticles under AC Electric Fields; Tokyo Univ. Sci.; Yoshinori Sonoyama, Kotaro Nakazawa, Yutaka Sumino
^●4: Popping: A Granular Transition; Tata Inst. of Fundamental Res.，India^A，OIST Grad. Univ.^B; Akash Ghosh^A，^○Mahesh Bandi^B，Shankar Ghosh^C
^●5: Jamming of a Spongy Granular Medium; 青学理，東大理^A; Samuel Poincloux，Takeuchi A. Kazumasa^A
6: Dependence of shear viscosity on intersurface distance analyzed in near-critical binary system; Osaka Electro-Communication Univ.; Masami Kageshima

7: In-situ observation of dispersion system of cellulose nanocrystals in aqueous environment by using transmission electron microscopy; Dept. Appl. Phys. Chem. Eng. Tokyo Univ. Agri. Tech.，Dept. Mech. Sys. Engi. Tokyo Univ. Agri. Tech.^A; Toshiki Shimizu, Shinnnosuke Kawagoe, William Kai Alexander Worby^A, Yoshiyuki Tagawa^A, Hiroki Minoda
8: Chain formation of particles mixed in a non-Newtonian fluid under shear.; TUS; Hiroto Yokoyama, Rinya Miyakawa, Yutaka Sumino
9: Collective motion of Quincke particles and the rheology of their dispersion systems.; Dep. Phys., Kyushu Univ., Fac. Sci., Kyushu Univ.^A, Fac. Sci. and Tech. Oita Univ.^B; Taichi Kono, Kenichiro Ide, Jiwon Lee^A, Fumiaki Kobayashi, Tomoyuki Nagaya^B and Yasuyuki Kimura
10: Dependence of maximum osmotic pressure of foams on salinity; Dept. Phys., Tokyo Metroporitan Univ.; Aoi Kaneda, Rei Kurita
11: Flow pattern of reactive interface induced by rheological change; Dept. of Appl. Phys., Tokyo Univ. of Sci.; Kojiro Otoguro, Shunsuke Tanaka, Miyuki Kunihiro, Hiroki Ishikawa, Yutaka Sumino

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 12