JPS 76th Annual Meeting

1: Non-Affine Displacements Below Jamming under Athermal Quasi-Static Compression; Tokyo Univ.; Harukuni Ikeda, Koji Hukushima
2: The relationship between the change in Jamming transition density and the structure depending on preparation protocol of the initial configuration; Dep. of Phys. Nagoya Univ.; Hiromichi Matsuyama, Takeshi Kawasaki, Kunimasa Miyazaki
3: Vibrational properties of binary mixtures of jammed particles with large size dispersity; Graduate School of Arts and Science, University of Tokyo; Yusuke Hara, Hideyuki Mizuno and Atsushi Ikeda
4: Size distribution dependence of relaxation dynamics in a foam; Department of Physics, Tokyo Metropolitan university; Naoya Yanagisawa, Rei Kurita
5: Decoupled glass transition and jamming in a hard-core p-spin model with multiple degrees of freedom; Cybermedia Center, Osaka Univ.; Hajime Yoshino

6: Hyperuniformity in athermal colloidal suspensions under cyclic shear deformation; Nagoya Univ.; M.Toyoda, K.Miyazaki, T.Kawasaki
7: Anomalous shear modulus and loop trajectories of dense particles under oscillatory shear; Osaka Univ., Kyoto Univ.; Michio Otsuki, Hisao Hayakawa
8: Fragility of glass-forming liquid and scaling by boson peak; Graduated School of Engineering Science, Osaka University, Graduated School of Arts and Sciences, The University of Tokyo^A; Shota Daimon, Hideyuki Mizuno^A, Kang Kim, Nobuyuki Matubayasi
^●9: Low energy excitations of vapor-deposited glassy carbon disulfide; ISSP, Univ. of Tokyo, J-PARC, JAEA^A, Sumitomo Rubber Ind. Ltd.^B; Xuejun Wu, Hiroshi Akiba, Yuki Mizuno, Maiko Kofu^A, Tatsuya Kikuchi^B, Seiko Kawamura^A, Kenji Nakajima^A, Osamu Yamamuro
10: Terahertz band spectroscopic study on the infrared light vibrational coupling coefficient of polymethylmethacrylate; Univ. of Tsukuba, Ritsumeikan Univ.^A, Tokyo Tech^B, Hallym Univ.^C; Shin Nakagawa, Yasuhiro Fujii^A, Suguru Kitani^B, Hitoshi Kawaji^B, Akitoshi Koreeda^A, Soo Han Oh, Jae-Hyeon Ko^C, Yohei Yamamoto, Tatsuya Mori
11: Vibrational Density of States Analysis of Ring Polymer Glass; Graduate School of Engineering Science, Osaka University, Graduate School of Arts and Science, Tokyo University; Shota Goto, Hideyuki Mizuno, Kang Kim, Nobuyuki Matubayasi

1: Exotic phase transitions in non-reciprocally interacting active systems; University of Chicago; Ryo Hanai，Michel Fruchart，Peter B. Littlewood，Vincenzo Vitelli
^●2: Collective dynamics in crystal-like arrangements of active chiral particles; Wayne State Univ. Detroit, Otto von Guericke Univ. Magdeburg^A, Heinrich Heine Univ. Düsseldorf^B; Zhi-Feng Huang, ^○Andreas M. Menzel^A, Hartmut Löwen^B
3: theoretical study for collective behavior of deformable active particles; ExCELLS, NINS; Nen Saito
4: Effect of aspect ratio on collective ordering in a rhomboidal-particle system; Graduate School Sci. & Eng., Chiba Univ., Graduate School Sci., Chiba Univ.^A; Motoya SUZAKA, Hiroaki ITO^A, Hiroyuki KITAHATA^A

5: Algebraic depletion wings in dilute active Brownian particles: Theory and Experiments on Janus particles fuelled by an AC electric field; Dept. Phys. UTokyo, Sorbonne Univ.^A, ESPCI^B, Univ. Lyon^C; Daiki Nishiguchi, Alexis Poncet^A, Olivier Bénichou^A, Vincent Démery^B,C
6: Chiral edge current and ordered vortices in a dense bacterial suspension; Dept. of Phys. Kyushu Univ., Dept. of Appl. Phys. Tokyo Univ. of Sci.^A; Kazusa Beppu, Ziane Izri, Yutaka Sumino^A, Yusuke T. Maeda
7: Glassy collective dynamics of dense bacterial populations; Dept. of Phys., Univ. of Tokyo, Dept. of Phys., Tokyo Tech, Dept. of Basic Science, Univ. of Tokyo; Masahiro Yamamoto, Yujiro Furuta, Takuro Shimaya, Reiko Okura, Yuichi Wakamoto, Kazumasa A. Takeuchi
8: On symmetries of microbes through fluid equations; RIMS, Kyoto University; Kenta Ishimoto
9: Reciprocal microswimmers in a viscoelastic fluid; Tokyo Metropolitan Univ.; Kento Yasuda, Mizuki Kuroda, Shigeyuki Komura

1: Contribution of internal degree of freedom of soft molecules to Soret effect; Department of Physics, Kyoto University; Takeaki Araki and Natsumi Chikakiyo
2: Pinch-off of a Foam droplet in a Hele-Shaw cell; Tokyo Metropolitan Univ.; Marie Tani, Rei Kurita
3: Bursting dynamics of a bubble in a quasi-two dimensional space　Ⅲ; Ochanomizu University; Makoto Miyazaki, Ko Okumura
4: Quasi-two-dimensional coalescence of liquid in another liquid Ⅶ; Dept. of Phys. Ochanomizu Univ.; Yukina Margaret Koga, Ko Okumura
5: Breakup of a thin air film surrounded by viscous liquid: the derivation of self-similar solutions Ⅳ; Dept. of Phys. Ochanomizu Univ.; Yuka Miyabe, Ko Okumura

6: Capillary replacement between two immiscible liquids in an open channel II; Ochanomizu Univ.; Hiroki Yasuga, Ko Okumura
7: Study of viscous dynamics of liquid by the lattice Boltzmann method; Dept. of Phys. Ochanomizu Univ.; Yuka Usui, Ko Okumura
8: Measurement of increase in concentration fluctuation of two-component convection by fluorescence imaging; TMU; Ryoko Shinohara, Marie Tani, Rei Kurita
9: Bayesian Modelling of Pattern Formation from One Snapshot of Pattern; WPI-AIMR Tohoku Univ., MathAM-OI AIST^A, Information Technology, Kyushu Univ.^B; Natsuhiko Yoshinaga^A, Satoru Tokuda^B
10: pattern formation during phase separation by 3D directional quenching; Tokyo Metropolitan Univ.; Rikuya Ishikawa, Marie Tani, Rei Kurita
11: Dielectric characteristics of nematic liquid crystal under DC electric field; Nagoya Inst. Tech, Hokkaido Univ.; Keisuke Katagiri, Yoshinori Takikawa, Hiroshi Orihara, and Makoto Iwata
12: Electric field response of dual frequency nematic liquid crystal under steady shear flow　Ⅲ; NITech, Hokkaido Univ.; Yoshinori Takikawa, Makoto Iwata, Koki Yoshihara, Hiroshi Orihara

1: Materials science of mille-feuille structures: Understanding a new deformation mode and its applications; Tokyo Univ., Dept. Mater. Eng.; Eiji Abe
2: Elucidation of plastic deformation behavior and strengthening mechanism of Mg-based LPSO phase, and its application to the microstructural mille-feuille materials; Osaka Univ., Div. Mater. Manuf. Sci.; Koji Hagihara
3: Observation of the deformation mechanism of Mg alloy containing LPSO phase with mille-feuille structure by in-situ neutron diffraction under deformation; JAEA, J-PARC Center; Stefanus Harjo
4: Geometrical modeling and numerical analysis of lattice defects; Osaka Univ., Dept. Mech. Sci. Bioeng.; Ryuichi Tarumi

5: Deformation behavior of mille-feuille structured polymers; Tokyo Univ. Agri. Tech., Dept. Org. Polymer Mater. Chem.; Hiromu Saito
6: Molecular dynamics analysis of elementary processes of kink formation in MAX-phase ceramics and block copolymer lamellae; Nagoya Univ., Dept. Mater. Des. Innov. Eng.; Hajime Kimizuka
7: Transition to short range stacking ordered/LPSO structures in MgYZn alloys in isothermal process; Kyoto Univ., Dept. Mater. Sci. Eng.; Hiroshi Okuda

1: The activation energy of glass transition; ISIR, Osaka Univ.; Koun Shirai
2: Spectroscopic analysis for an isotropic amorphous polyethylene with molecular dynamics simulation I; National Institute of Technology, Toyota College, Ritsumeikan Univ., Yamaguchi Univ.; Akira Koyama, Koji Fukao, Takashi Yamamoto
^●3: Structural Study on Metal-Organic-Framework Glass absorbing CO2 gas; ISSP, Univ. of Tokyo, Guangxi Normal Univ.^A, Shaanxi Univ. of Sci. and Tech.^B, JASRI^C; Yitong Wang, Masami Nirei, Hiroshi Akiba, Ming-Hua Zeng^A, Zheng Yin^B, Koji Ohara^C, Osamu Yamamuro
4: Measurement Stability of the Dielectric Relaxation of the Supercooled Sugar-Alcohols near the Glass Transition Temperature; Hokkaido Univ.; Yuima Kawatani, Ryusuke Nozaki
5: Decelerated Liquid Dynamics Induced by Component-Dependent Supercooling in Hydrogen and Deuterium Quantum Mixtures; Kyoto Univ.; KIM Hyeon-Deuk
6: Density dependence of coefficients in modeling of displacement correlations in colloidal liquids; Tottori Univ., Osaka Univ.^A, Kyoto Univ.^B; Ooshida T., M. Otsuki^A, S. Goto^A, T. Matsumoto^B

7: Johari-Goldstein β relaxation and low-frequency vibrations in asymmetric dimer systems; Graduate School of Arts and Sciences, University of Tokyo; Kumpei Shiraishi, Hideyuki Mizuno, Atsushi Ikeda
8: Relaxation behavior and cluster structures in one dimensional transient bond model; Nagoya Univ.; Takashi Uneyama
9: Dynamical systems approach to slow dynamics of glass-forming liquids II; Dept. of Phys., Tokyo Metropolitan Univ.; Yoshihiro Nakahara, Akira Shudo
10: Marginal stability of glasses: Intermittent rearrangements induced by thermal energy; University of Tokyo, Shanghai Jiao Tong University^A, University of Grenoble^B; Hideyuki Mizuno, Atsushi Ikeda, Hua Tong^A, Stefano Mossa^B
11: Random quench predicts universal properties of amorphous solids; The University of Tokyo, Ryerson University^A; Masanari Shimada, Eric De Giuli^A

1: A surfactants reaction model for reciprocating motion of a self-propelled droplet; Hiroshima Univ.; Shinpei Tanaka
2: Motion mode transition of swimming droplets caused by changes in susceptibility to perturbations; Grad. Sch. of Sci. Kyoto Univ., Faculty of Sci. and Tech. Keio Univ., CMPI for Terrestrial Microbiology; Saori Suda, Tomoharu Suda, Takuya Ohmura, and Masatoshi Ichikawa
3: Imperfect bifurcation in the rotation of a propeller-shaped camphor rotor; Tohoku Univ., Chiba Univ.^A; Yuki Koyano, Hiroyuki Kitahata^A
4: Particle motion driven by surface tension difference: mode analysis of active-passive particles; TUS, CU, TU; ishikawa hiroaki

5: Symmetry breaking induced adhesion-independent motility of actomyosin droplet under cell-sized confinement; Kyushu Univ., Kyoto Univ. Hakubi Cent.^A; Ryota Sakamoto, Makito Miyazaki^A, Yusuke T. Maeda
6: Hydrodynamic response of a two-dimensional compressible fluid with odd viscosity II; Tokyo Metropolitan Univ., Tel Aviv Univ.^A; Yuto Hosaka, Shigeyuki Komura, David Andelman^A
7: Rheology and Structural Relaxation of Model Cytoplasm with Metabolic Activity; Department of Physics, Kyushu University^A, Faculty of Bioscience and Applied Chemistry, Hosei University^B; Yujiro Sugino^A, Ippei Kumamaru^A, Kohei Fukumoto^A, Yoshiyuki Sowa^B, Daisuke Mizuno^A
8: Molecular Dynamics Simulation of Solvation Motor: An analysis of Motor Size Dependence; Kogakuin Univ., Kogakuin Univ.^A, Kyushu Univ.^B; Ken Tokunaga, Tsuyoshi Saso^A, Ryo Akiyama^B

1: Avalanche Dynamics of Silicone Oil-coated Sand; Dept. of Phys. Tokyo Metropolitan Univ.; Honoka Fujio, Marie Tani, Rei Kurita
2: Vibration-Induced Size Segregation in a quasi-two dimensional granular medium; Dept. of Phys. Ochanomizu Univ.; Umehara Mika, Okumura Ko
3: Universality in Mechanical Responses of a Kirigami Structure; Ochanomizu Univ.; KAKO Yukino, OKUMURA Ko
4: Shape Transitions in a rotationally-driven elastic rod in air; Ritsumeikan Univ.; Takuro Kataoka, Taiju Yoneda, Hirohumi Wada
5: Force propagation in a mixed system of particle with different elastic modulus; Tokyo Metropolitan Univ.; Yuto Tamura, Marie Tani, and Rei Kurita

6: Oscillatory Dynamics of a Spinning Elastic Bubble; Dept. of Phys., Kyushu Univ.; Sora Hagihara, Yusuke T. Maeda
7: Analysis of Dynamical impact of solid sphere onto the militextured surface using Global Dimensionless function; JAMSTEC; Hirokazu Maruoka
8: Two Different Phase Inversion Processes on the Viscosity-Overrun Plane in a Coupled Map Lattice for Phase Inversion Phenomena; Dept. of Phys. Ochanomizu Univ.; Erika Nozawa, Tetsuo Deguchi
9: Mechanics of lightweight square lattice structures; Ritsumeikan Univ.; Taiki Toyonaga, Hirofumi Wada
10: A novel simulation method combining the Gaussian statistical ensemble with the replica exchange method and applications to the first-order transition; Kanazawa Univ.; Daisuke Suzuki, Shinichi Miura

1: Structure, transport properties, and dielectric properties of ionic liquids and aqueous solutions; National Institute of Technology, Nagaoka College; Matsunaga, Shigeki
2: Molecular-Dynamics Simulations of Liquid Sulfur by ANN Potentials; Hiroshima Univ. Graduate School of Advanced Science and Engineering; Yusuke Suzumura, Shuji Munejiri
3: Calculation of Thermodynamic Quantity of Alkali Metal Using Interatomic Potentials Based on Artificial Neural Network; Dept. of Phys., Kumamoto Univ., Univ. of Southern California^A; S. Fukushima, K. Shimamura, A. Koura, F. Shimojo, A. Nakano^A, R. K. Kalia^A, P. Vashishta^A
4: Concentration Dependence of Melting Point of Alkali Mixtures using Thermodynamic Integration based on First-principles Molecular Dynamics II; Dept. of Phys., Kumamoto Univ.; Ayu Irie, Shogo Fukushima, Yusuke Takeshita, Akihide Koura, Kohei Shimamura and Fuyuki Shimojo
5: Pressure dependence of melting temperature of carbon by thermodynamic integration based on first-principles molecular dynamics; Dept. of Phys., Kumamoto Univ.; S. Inaba, S. Fukushima, K. Shimamura, A. Koura, F. Shimojo
6: On the Molar Heat Capacity at Constant Pressure Formula of Polyatomic Solids and its Liquids (9) - Molar Heat Capacity of Constant Pressure Liquids and Gases at Melting and Boiling Point in the Alkaline Earth Metals of Ba, Sr and Contribution to its Electronic Heat Capacity -; Institute of Original Culture, Former Tokyo University of Science; Yasunori Igarashi

7: The relationship of rejuvenation effect and structural change in Gd65TM35(TM = Co, Ni, Cu) metallic glasses by thermal cycles; Kumamoto Univ., Hiroshima Univ.^A, Tohoku Univ.^B, JASRI^C; S. Hosokawa, M. Kuroki, J. R. Stellhorn^A, H. Kato^B, K. Ohara^C
8: Inelastic x-ray scattering experiments of glassy GexSe1-x（x=0.15、0.25、0.33）; Hiroshima Univ., Kumamoto Univ.^A, JASRI^B, RIKEN/SPring-8^C; M. Inui, K. Matsuda^A, S. Hosokawa^A, Y. Nakajima^A, S. Tsutsui^B, D. Ishikawa^B, A.Q.R. Baron^C
9: Densest multiary sphere packings and phase diagram; Institute for Solid State Physics, The University of Tokyo; Ryotaro Koshoji, Mitsuaki Kawamura, Masahiro Fukuda, Taisuke Ozaki
10: Structural Recovery Mechanisms of Ag₂S_1-xSe_x Under Shear Stress Based on First-principles Molecular Dynamics Method; Dept. of Phys., Kumamoto Univ., Grad. Sch. of Nat. Sci. and Tech., Okayama Univ.^A; 法橋陽，福島省吾，三澤賢明^A，高良明英，島村孝平^B，下條冬樹^B
11: Pressure Induced Structural Transition of Silver Chalcogenides Based on Artificial Neural Network Interatomic Potential; Dept. of Phys., Kumamoto Univ., Grad. Sch. of Nat. Sci. and Tech., Okayama Univ.^A; A. Koura, S. Fukushima, M. Misawa^A, K. Shimamura, and F. Shimojo
12: Structural analysis of high-pressure amorphous GeO₂ using neural network potentials; Yamagata University; Kenta MATSUTANI, Shusuke KASAMATSU^A, T. USUKI^A
13: Molecular Dynamics Simulation of Shock-Compressed Silica Using Artificial Neural Network-Based Interatomic Potential; Grad. Sch. of Nat. Sci. and Tech., Okayama Univ., Dept. of Phys., Kumamoto Univ.^A, Univ. of Southern California^B; M. Misawa, S. Fukushima^A, A. Koura^A, K. Shimamura^A, F. Shimojo^A, K. Nomura^B, R. K. Kalia^B, A. Nakano^B, and P. Vashishta^B

1: Control of growth and structural transition of Black phosphorus-like Bi(110) ultra-thin film by deposition rate; Department of Physics, Tokyo Tech., Department of Materials and Science & Engineering, Tokyo Tech.^A; Ryota Ushioda, Maimi Shimura, Taiga Kasai, Naoki Sasagawa, Kentaro Nagase, Kan Nakatsuji^A, Hiroyuki Hirayama
2: Nucleation and growth of Black phosphorus-like Bi(110) ultrathin film on Si(111) surface by low temperature deposition; Department of Physics, Tokyo Tech., Department of Materials Science & Engineering, Tokyo Tech.^A; Maimi Shimura, Ryota Ushioda, Kan Nakatsuji^A, Hiroyuki Hirayama
3: A study of the atomic and electronic structure of bismuth adsorbed graphene/Cu(111) surface; Department of Physics, Tokyo Institute of Technology, Department of Materials Science and Engineering, Tokyo Institute of Technology^A; Tsuyoshi Yamagami, Kan Nakatsuji^B, and Hiroyuki Hirayama
4: PEEM in situ observation of Graphene and h-BN growth on Ni foil; IMRAM Tohoku Univ.^A, SRIS Tohoku Univ.^B; R.Yusa^A, T.Shimizu^A, T.Abukawa^A,B, S.Ogawa^A,B
^●5: Theoretical comparison of quantum transmission dynamics of Hydrogen permeation through a single Graphene sheet and Palladium thin film.; Osaka Univ., Nat’l. Inst. of Tech., Akashi Col.; Jeffrey Tanudji, Hideaki Kasai, Novianto Hidayat, Hiroshi Nakanishi
6: Diffusion-Mediated Two-Dimensional Circular Domain Growth rate; AIST; Kazuhiko Seki
7: Relationship between the kinetic roughening on the (001) surface and the crossover phenomena from BKT-rough to KPZ-rough surfaces; Osaka Electro-Commu. Univ.; Noriko Akutsu

8: DNA-guided crystallization of nanoparticles: structural control and contraction control while maintaining symmetry; Miho Tagawa
9: Impurity effects of acidic gases on vapor growth of ice crystals; ILTS, Hokkaido Univ.; Ken Nagashima, Ken-ichiro Murata, Gen Sazaki
10: Time dependence of selective chiral-achiral crystallization in amorphous selenium; WDB, IMSS, KEK^A; K. Namba, T. Honda^A, T. Otomo^A
11: Protein crystallization and crystallography under macromolecular-crowding-like conditions; Tokushima Univ.; Yoshihisa Suzuki
12: Crystal growth rate anomaly occurring in o-terphenyl; Tokyo Metropolitan Univ.; Takumi Yashima, Marie Tani and Rei Kurita
13: Growth Kinetics of Aggregates of Small Crystallites during Polymer Crystallization III; Kyoto Univ., Hiroshima Univ.^A, Ritsumeikan Univ.^B; Takashi Konishi, Daisuke Tadokoro, Ken Taguchi^A, Koji Fukao^B, Yoshihisa Miyamoto

1
2: Impedance spectroscopy on the threshold voltage of nematic liquid crystals showing a pattern formation; Hokkaido Univ.; Yuji Sasaki, Takuho Kikkawa, Junya Nagakawa, Hiroshi Orihara
3: Deformation and transportation phenomenon of a Maltese cross pattern in liquid crystalline droplets under a direct-current electric field; Ritsumeikan Univ.; Jun Yoshioka, Koji Fukao
4: Confocal observation of reconnection dynamics of line defects in nematic liquid crystals; Univ. Tokyo^A, JST PRESTO^B; Yohei Zushi^A, Kazumasa A. Takeuchi^A,B
5: Application of replica-exchange method in molecular dynamics analysis of nematic phase transition of 5CB liquid crystal; Graduate School of Engineering Science, Osaka Univ., Graduate School of Simulation Studies, University of Hyogo^A; Kengo Takemoto, Yoshiki Ishii^A, Kang Kim, Nobuyuki Matubayasi
6

7: Negative viscosity induced by an electric field in MBBA liquid crystal family; Div. of Appl. Chem., Oita Univ.^A, Div. of Nat. Sci., Oita Univ.^B, Div. of Appl. Phys., Hokkaido Univ.^C; F. Kobayashi^A,C, S. Ujiie^A, H. Orihara^C, T. Nagaya^B
8: Mpemba effect in sheared inertial suspension; TUAT, YITP Kyoto Univ.^A, Univ. Extremadura^B; Satoshi Takada, Hisao Hayakawa^A, Andrés Santos^B
9: Relationship between the rheology of surfactant solutions and the dynamics of surfactant micelles under uniform shear flow; Osaka Engineering Science; Koide Yusuke, Goto Susumu
10: Silicate network phase-separating from aqueous fluid: a qualitative consideration of its structural change for the availability estimation of its longstanding elastic shrinking; IIS, Univ. of Tokyo; Takehito Koyama

1: Novel physical properties ofmoirématerials; Dept. of Phys. OsakaUniv.,; Mikito Koshino
2: Pomeranchuk effect and the entropy of collective excitations in twisted bilayer graphene; UCSB, Brown Univ.^A, NIMS^B, Weizmann^C; Yu Saito, Fangyuan Yang, Jingyuan Ge, Xiaoxue Liu^A, Kenji Watanabe^B, Takashi Taniguchi^B, J.I.A. Li^A, Erez Berg^C, Andrea F. Young
3: Magnetoresistance oscillations in twisted double bilayer graphene; IIS, Univ. of Tokyo^A, Osaka Univ.^B, NIMS^C, CREST-JST^D; Jo Kaneda^A, Satoru Masubuchi^A, Mikito Koshino^B, Kenji Watanabe^C, Takashi Taniguchi^C, Tomoki Machida^A,D
4: Electronic structure of moiré superlattice in AB-stacked 4layer graphene; AdSE, NIMS; F.Mukai, K.Horii, T.Nakasuga, K.Watanabe, T.Taniguchi, R.Yagi
5: Low temperature transport measurement of Twisted Double Bilayer Graphene; Hiroshima Univ., National Institute for Materials Science^A; Kota Horii, Ryuta Yagi, Kenji Watanabe^A, Takashi Taniguchi^A

6: Phase transition and transport mechanism of quantum Hall antiferromagnet in bilayer graphene; Univ. of Tokyo, NIMS^A, RIKEN CEMS^B; Miuko Tanaka, Takashi Taniguchi^A, Kenji Watanabe^A, Seigo Tarucha^B, Michihisa Yamamoto^B
7: Bilayer graphene quantum point contact assisted by feroelectric material; Chiba Univ., Sungkyunkwan Univ.^A, NIMS^B, SUNY Buffalo^C, Arizona State Univ.^D; Y. Kamita, K. Sakanashi, Y. Kamita, G.-H. KimA, K. Watanabe^B, T. Taniguchi^B, J. P. Bird^C, D. K. Ferry^D and N. Aoki
8: Superconducting properties of a polar superconductor 3R-TaSe₂; Dept. of Appl. Phys., Univ.of Tokyo^A, RIKEN CEMS^B; Maki Musashi^A, Yuki Tanaka^A, Hideki Matsuoka^A,B, Yoshihiro Iwasa^A,B, Masaki Nakano^A,B
9: Spin-orbit enhanced robustness of supercurrent in graphene/WS2 Josephson junctions; Univ. Paris-Saclay, ICL^A, NIMS^B; T. Wakamura, N. J. Wu, A. D. Chepelianskii, S. Gueron, M. Och^A, M. Ferrier, T. Taniguchi^B, K. Watanabe^B, C. Mattevi^A, H. Bouchiat

1: Toward the jump of materials research; Tokyo Inst. of Tech., Materials Res. Center for Element Strategy; Hideo Hosono
2: Exploration of multicrystalline informatics for high-performance multicrystalline materials; Nagoya Univ., School of Eng.; Noritaka Usami
3: Data-driven materials exploration toward development of novel semiconductors and dielectrics; Tokyo Inst. of Tech., Inst. of Innovative Res.; Fumiyasu Oba
4: Development of magnetoresistive device materials using computational & data science; Tohoku Univ., Adv. Inst. for Mater. Res.; Shigemi Mizukami

5: Topology analysis of dynamic network on thermoplastic elastomers; Tokyo Inst. of Tech., School of Mater. and Chem. Tech.; Ken Nakajima
6: Experimental, theoretical, and data science studies for catalyst informatics; Hokkaido Univ., Institute for Catalysis; Kennichi Shimizu

1: 14th Young Scientist Award of the Physical Society of Japan; Tokyo Univ. Pharm. Life Sci.; Masako Takas
2: Dielectric Phenomena in Soft Crystals; IIS, Univ. Tokyo; Kyohei Takae
3: Single-protein spectroscopy reveals protein dynamics regulating photosynthetic light harvesting; Dept. Life Sci. and Tech., Tokyo Inst. Tech.; Toru Kondo
4: Theoretical investigation of quantum wavepacket dynamics and nonlinear optical response in condensed phase; Dept. of Chem. Sys. Eng., Univ. of Tokyo; Tatsushi Ikeda

5: 15th Young Scientist Award of the Physical Society of Japan; Kyushu Univ.; Yasuyuki Kimura
6: Mechanics of Cytoskeleton and Dynamics of Multi-cellular Systems; Mechanobiology Institute, National University of Singapore; Tetsuya Hiraiwa
^●7: Novel Soft Matter Physics through Computational and Information Science; Dept. Chem. Eng. Kyoto Univ.; John Jairo Molina
8: Theoretical study on dynamic processes in complex molecular systems based on quantum science and technology; IMS; Yuta Fujihashi

1: Microtubules as a quantum nerves considered from the anesthetic effect; Dept. of Appl. Phys., Hokkaido Univ.^A, NIMS^B, RIES, Hokkaido Univ.^C; Yutaro Teranishi^A, Keiji Nakatsugawa^A,B, Yukinori Nishigami^C, Toshiyuki Nakagaki^C, Koichi Ichimura^A, Akiya Sean Ebana^A, Satoshi Tanda^A
2: Minority Control of Collective Cell Rotation; Grad. Sch. Sci. Osaka Univ., Grad. Sch. Sci. Kyushu Univ.^A, Grad. Sch. Art Sci. Univ. Tokyo^B, Faculty Life Env. Sci.^C; K. Matsushita, S. Yabunaka^A, H. Hashimura^B, H. Kuwayama^C, K. Fujimoto
3: In-vivo cell flow visualisation using deep learning and other means; Akita Pref. U.; Yukitaka Ishimoto
4: Scale invariance of bacterial size fluctuations during starvation; Dept. of Phys. Univ. Tokyo^A, Dept. of Basic Sci. Univ. Tokyo^B, Dept. of Phys. Tokyo Tech.^C; Takuro Shimaya^A, Reiko Okura^B, Yuichi Wakamoto^B, Kazumasa A. Takeuchi^A,C
5: Shaping dynamics of nuclei of migrating cells on micro-elastically patterned hydrogels; IMCE, Kyushu Univ.; Hiroyuki Ebata, Thasaneeya Kuboki, Satoru Kidoaki

6: Monitoring Cytoplasmic Viscosity in Damaged Cells; Dept. of Phys. The Univ. of Tokyo; Hideaki Ota, Hideo Higuchi
7: Microscopic base of the glassy nature of cytoplasm; QST; Hiroshi Murakami
8: Dynamical-systems theory of reprogramming; Department of Basic Science, Graduate School of Arts and Sciences, University of Tokyo; Yuuki Matsushita, Tetsuhiro S. Hatakeyama, Kunihiko Kaneko
^●9: Long-range correlation in protein dynamics: Confirmation by structural data and normal mode analysis; Grad School of Arts and Sci, Univ. of Tokyo; Qian-Yuan Tang, Kunihiko Kaneko
10: Characteristic analysis of entangled gene regulatory networks with cooperative expression; Meiji University, Univ. of Tokyo; Masayo Inoue, Kunihiko Kaneko
11: Inferring fitness landscapes using dynamical multi-stress resistance data from laboratory evolution; The University of Tokyo, RIKEN BDR^A; Junichiro Iwasawa, Tomoya Maeda, Chikara Furusawa

1: “Reverse reinforcement” effect of elastic modulus by introducing guest chain to polymer gels; Grad. Sch. of Eng., The Univ. of Tokyo; Yuki Yoshikawa, Mai Amakawa, Naoyuki Sakumichi, Takuya Katashima, Takamasa Sakai
2: Osmotic pressure in the swelling process of polymer gels; Univ. of Tokyo; Naoyuki Sakumichi, Takashi Yasuda, Takamasa Sakai
3: Ginzburg-Landau theory of shear banding in polymer melts; IIS, Univ. Tokyo; Kyohei Takae
4: Exact evaluation of the mean-square fluctuation of the position vector of a crosslinking point in the phantom network; Ochanomizu Univ., Ochanomizu Univ.^A, Univ. Georgia^B, Colorado State Univ.^C; Tetsuo Deguchi, Erica Uehara^A, Jason Cantarella^B, Clayton Shonkwiler^C
5: Probability of linking between a pair of local loops and their gyration radii in uniaxially stretched Gaussian networks; Ochanomizu Univ., Georgia Univ.^A, Colorado State Univ.^B; Erica Uehara, Tetsuo Deguchi, Jason Cantarella^A, Clayton Shonkwiler^B

6: Analysis of interaction between polymer and water by infrared microspectroscopy under humidity condition; JASRI^A, ISSP Tokyo Univ.^B, IMCE Kyusyu Univ.^C, Grad. Sch. Simu. Univ. Hyogo^D, Grad. Sch. Eng. Shizuoka Univ.^E; Y. Ikemoto^A, Y. Harada^B, M. Tanaka^C, D. Murakami^C, S. Nishimura^C, N. Kurahashi^B, T. Moriwaki^A, K. Yamazoe^B, H. Washizu^D, R. Ishii^D, H. Torii^E
7: Analysis of Polymer Blend Miscibility and Inmiscibility by All-Atom Model Molecular Dynamics; Osaka Univ.; Kazuo Yamada and Nobuyuki Matubayasi
8: Exact analysis of polymer elasticity via the network theory; Ochanomizu Univ. Soft Matter Center, Ochanomizu Univ.^A, Georgia Univ.^B, Colorado State Univ.^B; Jun Sato, Erica Uehara, Kayo Kinjo^A, Jason Cantarella^B, Clayton Shonkwiler^B, Tetsuo Deguchi^A
9: Analysis of Concentrated Solution of Ring Polymer based on Persistent Homology 1; National Institute of Advanced Industrial Science and Technology, AIST CD-FMat, Department of Physics and Mathematics, Aoyama Gakuin University^A, School of Physics and Astronomy, University of Edinburgh^B; Takenobu Nakamura, Fabio Landuzzi^A, Davide Michieletto^B, Takahiro Sakaue^A
10: Analysis of Concentrated Solution of Ring Polymer based on Persistent Homology 2; Aoyama Gakuin Univ., Univ. of Edinburgh^A, AIST^B; Takahiro Sakaue, Fabio Landuzzi, Davide Michieletto^A, Takenobu Nakamura^B

1: Introduction -explanation of symposium purpose; Yuki Araki
2: Optically Detected Magnetic Resonance Microscopy; Sch. Eng., Tokyo Inst. Technol.; Takayuki Iwasaki
3: In situ and ex situ approaches for molecular scale understanding of electrochemical interfaces; Applications of near-field spectroscopy and photoelectron spectroscopy; RIKEN; Yasuyuki Yokota
4: Near-field vibrational spectroscopy from first principles; Fac. Sci., Hokkaido Univ.; Takeshi Iwasa
5: Coherent nonlinear optical spectroscopy of small molecules physisorbed on solid surfaces; Inst. Mol. Sci., JST PRESTO; Toshiki Sugimoto

6: Microscopic structure of interafacial water on nanocarbon surfaces; Dept. Phys., Tokyo Univ. Sci.; Takahiro Yamamoto
7: Mechanical measurements of the solid-liquid interface in a nanometer-thick water film by frequency modulation atomic force microscopy; Grad. Sci. & Eng., Kanazawa Univ.; Toyoko Arai
8: Atomic-scale AFM analysis on molten-metal/solid-metal interfaces; Grad. Eng., Kyoto Univ.; Takashi Ichii

1: Introduction of 14th Young Scientist Award, and Student Presentation Award 2020 (Division 11); Tokyo Tech., IIR; Misako Takayasu
2: Establishment of quantum simulation theory based on discrete-time quantum walk; Keio University, Graduate School of Science and Technology; Yutaka Shikano
3: Acceleration of quantum annealing based on non-stoquastic operator; The National Institute of Advanced Industrial Science and Technology; Yuya Seki
4: Experimental studies on emergent orders and universal laws in collective motion of active matter systems; University of Tokyo, Graduate School of Science; Daiki Nishiguchi
5: Theoretical study on the classification and description of physical states by means of neural networks; University of Tokyo, Graduate School of Science; Nobuyuki Yoshioka

1: High-density reconstitution of membrane protein on phase-separated liposomes; Inst for Applied Physics, Tokyo Univ. of Agriculture and Tech. Grad. Sch. Arts & Sci., U. Tokyo. Dept of Biosci and Info, Keio Univ. Hiroshima Univ. Inst for Solid State Physics, Univ. Tokyo; Mizuki Kobayashi, Kei Fujiwara, Chiho Watanabe, Hiroshi Noguchi, Miho Yanagisawa
2: Inhibition effect of cholesterol on phospholipid membrane penetration of fat-soluble drug: A POPE model membrane study; Grad. Sch. Sci & Tech., Gunma Univ.; Hiroshi Takahashi, Shosei Kano
3: The analysis of reaction diffusion waves coupled with membrane deformation; ISSP, Univ. Tokyo; Naoki Tamemoto, Hiroshi Noguchi
4: Virtual deformation method to calculate bending rigidity, saddle-splay modulus, and spontaneous curvature of membranes; ISSP, Univ. Tokyo; Hiroshi Noguchi
5: Protein Design by Empirical Bayes' Method; Grad. Sch. Inform., Nagoya University and Grad. Sch. Eng., Nagoya University^A; Tomoei Takahashi, George Chikenji and Kei Tokita
6: Improvement of Free Energy Calculation Methodology for Molecular Simulations by Quadratic Interpolation in Reweighting Process; ISSP, Univ. Tokyo; Shohei Toyama, Hiroshi Noguchi

7: Ligand induced folding mechanism of a protein analyzed at the atomic group level by switching reaction sequence of the folding; Grad. Schl. Sci., Nagoya Univ., Fox Chase Cancer Ctr.^A, Schl. Sci., Nagoya Univ.^B; Yujiro Mori, Mizukami Takuya^A, Saho Segawa^B, Kosuke Maki
8: A Comprehensive Analysis of Hydration in Ligand Binding Sites Using 3D-RISM Theory; Dept. of Appl. Phys., Tohoku Univ.^A, Grad. Sch. of Med. Life Sci., Yokohama City Univ.^B, Riken^C; Takashi Yoshidome^A, Mitsunori Ikeguchi^B,C, and Masateru Ohta^C
9: Analysis of folding simulations of NTL9 using relaxation mode analysis; Meiji Univ.; Ayori Mitsutake
10: The effect of the interaction between HSP90 and co-chaperone by novel HSP90 inhibitor; BOST., KINDAI; Lisa Matsukura, Naoyuki Miyashita
11: Structural dynamics of orexin2 receptor using molecular dynamics simulations; Meiji University; Shun Yokoi, Ayori Mitsutake
12: The Interaction Between the Amyloid Precursor Protein(APP) and α-/β-Secretase in the Bio-Membrane.; BOST KINDAI Univ.; Kaori Yanagino, Masaki Ottawa, Lisa Matsukura, ^○Naoyuki Miyashita
13: Dynamics of the Ligand Binding Pocket of Monoamine Oxidase B (MAO-B) and Binding of PET Tracers.; BOST KINDAI Univ., Med. Tohoku Univ.^A, CYRIC Tohoku Univ.^B; Masaki Ottawa, Lisa Matsukura, Naoyuki Miyashita, Ryuichi Harada^A, Yuichi Kimura, Shozo Furumoto^B

1: Diffusion coefficient and structural relaxation time modeled by cage jump; Graduate School of Engineering Science, Osaka Univ., Department of Chemical Engineering of Materials and Industrial Production, University of Naples Federico II^A; Takuma Kikutsuji, Kang Kim, Francesco Rusiano^A, Raffaele Pastore^A, Francesco Greco^A, Nobuyuki Matubayasi
2: Effects of inhomogeneous number density distribution on polarization field fluctuations near a solute molecule.; Graduate School of Science and Technology, Niigata University, Department of Physics, Niigata University^A; Junpei Noji, Akira Yoshimori^A
3: Concentration of counter charged ion around charged macro particles in an electrolyte solution and the effects; Faculty of Science and Engineering, Kyushu Sangyo University, Department of Physics, Kyushu University^A; Ayumi Suematsu, Ryo Akiyama^A
4: Molecular Dynamics Simulation for Large-Scale Water Droplet System Using the Tree Method; Univ. Fukui, Kobe Univ.^A; Takahiro Koishi, Kentaro Nomura^A
5: Frequency-dependent diffusion of a solute in viscoelastic solvents; Nagoya Univ.; Tsuyoshi Yamaguchi
6: Surface structure of ionic liquid-iodine mixtures; Natl. Def. Acad.; Fumiya Nemoto, Hiroshi Abe

7: Water access and ligand dissociation at the binding site of proteins; QST; Yoshiteru Yonetani
8: Analysis of Phase Separation using Generalized Phase Rule; Komaba Institute for Science, Univ. Tokyo, Department of Basic Science, Univ. Tokyo; Akira Shimizu
9: Theory of time-resolved spectroscopy with two-photon coincidence measurement via tri-photons; IMS, JST PRESTO, IMS, Sokendai^A; Yuta Fujihashi, Akihito Ishizaki^A
^●10: Direct and ultrafast probing of quantum many-body interaction and Mott-insulator transition through coherent two-dimensional spectroscopy; Kyoto University; Nguyen Thanh Phuc
11: asymmetrical recoil of a molecule with directional dichroism in light scattering; University of Hyogo; Norio Inui

1: Discrete Geometric Analysis for Materials Research; Tohoku University, Math. Inst.; Motoko Kotani
2: Higher order topological material and Superstring theory; Osaka Univ., Dept. Phys.; Koji Hashimoto
3: Finite dimensional approximations in geometry and index theorem; Univ. of Tokyo, Graduate School of Mathematical Sciences; Mikio Furuta
4: Polycontinuous structure and 3-dimensional topology; Saitama Univ., Dept. Math.; Koya Shimokawa
5: High-Throughput Prediction of the Elastic Property of Thermoplastic Elastomers by Combining Coarse-Grained Simulation and Deep Learning; AIST, CD-FMat; Takeshi Aoyagi

6: A discrete surface theory and its applications to material sciences; Nagoya Univ. Grad. School Math.; Hisashi Naito
7: Fabrication of ceramic nano-composite films using minimal surfaces; Nagoya Univ., Dept. Mater. Process Eng.; Seiichi Takami
8: Network Analysis of Polymer Materials; Rikkyo Univ., Grad. Sch. of AI; Takaaki Ohnishi
9: Deep Learning as a Topology Tool; Nagoya Univ., iMI; Akihisa Ichiki

1: Diffusion and phase transitions of biomacromolecules inside cell-sized droplets; Grad. Sch. Arts Sci., Univ. Tokyo; Miho Yanagisawa

1: Optical leverage in Laser particle tracking; Grad. Sch. of Sci. Kyushu Univ.; Shono Inokuchi, Daisuke Mizuno
2: Liquid-liquid phase separation in cell-free gene expression driven by non-equilibrium interface; Dept. of Physics, Kyushu Univ.; Shuzo Kato, Yusuke T. Maeda
3: Kinetic Control of DNA Hybridization Error; Tohoku Univ.; Hiroyuki Aoyanagi, Shinji Ono, Shoichi Toyabe
4: Experimental validation of thermodynamic speed limit in living cells based on information geometry; UTokyo^A, NIBB^B, PRESTO^C; Keita Ashida^A, Kazuhiro Aoki^B, Sosuke Ito^A,C
5: The biological significance of the amplitude-period relationship in circadian clocks; Univ. of Tokyo, Dept. of Basic Sci.; Tetsuhiro S. Hatakeyama, Hiroshi Ito, Irina Mihalcescu
6: Phase separated droplet of nucleic acid polymer and peptides under temperature gradients; Kyushu Univ. Dept. Phys.; Mizuho Shirai, Yusuke T. Maeda

7: End-to-end interaction of protein needle and two-dimensional collective ordering; Dept. of Phys., Kyushu Univ., Sch. of Life Sci. and Tech., Tokyo Tech^A; Tatsuya Fukuyama, Kosuke Kikuchi^A, Takafumi Ueno^A, Yusuke T. Maeda
8: Study on nearly planetary motion in rotary ratchet models driven by nonlinear forces; Grad. Schl. of Informatics, Kyoto Univ.; TUTU Hiroki
9: Model Analysis of Workload Compensation in Ant Colonies; MIMS, Meiji Univ.; Hiraku Nishimori, Masashi Shiraishi, Osamu Yamanaka
10: Microeconomics of sub-optimal metabolism; Grad. Sch. of Arts and Sci., Univ. of Tokyo; Jumpei F Yamagishi, Tetsuhiro S Hatakeyama
11: Analysis of the task allocation mechanism using Response Threshold model based on local information sharing; Meiji Institute for Advanced Study of Mathematical Sciences, Meiji University; Masashi Shiraishi, Osamu Yamanaka, Hiraku Nishimori

1: Effects of surface chemical reactions on the interaction between two colloidal particles; Nagoya City Univ.; Mayuko Sakamoto, Tohru Okuzono, Akiko Toyotama, Junpei Yamanaka
^●2: Structure and magnetostriction in soft magnetic gels and elastomers; Institut für Physik, Otto-von-Guericke Universität Magdeburg, Germany; Lukas Fischer, Andreas M. Menzel
3: Reciprocal relations associated with violation of the fluctuation-response relation in driven colloidal systems where the potential is a single trigonometric function; Niigata University; Kotaro Kasuga, Akira Yoshimori
4: Molecular dynamics simulation for diffusion-limited aggregation of colloids; Dept. of Phys. Kyoto Univ.; K. Hirata, T. Araki
^●5: Scaling law in dense suspensions under impact; Yukawa Inst. for Theoretical Phys., Kyoto Univ.; Pradipto, Hisao Hayakawa
6: Momentum conservation law and the thermal motion of liquid droplets composed of Brownian particles; Graduate School of Arts and Sciences The University of Tokyo, Institute of Industrial Science The University of Tokyo^A; M. Tateno, S. Ishihara and H. Tanaka^A

7: Simultaneous measurement of critical Casimir effect and viscous anomaly in binary system; Osaka Electro-Communication Univ.; Masami Kageshima
8: Numerical simulation of a sponge-micelle phase transition in a bilayer membrane system; Tokyo Metropolitan Univ.; Takumi Kanazawa, Marie Tani, Rei Kurita
9: Simulation of shape change of growing lipid bilayer vesicles at constant-pressure using DPD method; Schol. of Life Sci., Tokyo Univ. of Pham. and Life Sci.; Hiromi Mitsuhashi, Hibiki Itoga, You Noguchi, Ryota Morikawa, Masako Takasu
10: Effects of membrane properties on molecular diffusion in cell-sized droplets; Inst. for Applied Physics, Tokyo Univ. of Agriculture and Tech., Grad. Sch. Arts & Sci., U. Tokyo^A, Hiroshima Univ.^B, Inst. for Advanced Life Sci., Hokkaido Univ.^C; Kanae Harusawa^A, Chiho Watanabe^B, Akira Kitamura^C, Masataka Kinjo^C, Miho Yanagisawa^A
11: Phase separation process of polymeric aqueous solutions during drying; Hiroshima Univ.; Chiho Watanabe
12: Phase Separation of Aqueous Polymer Solutions under a Temperature Gradient; Graduate School of Engineering, University of Tokyo; Mika Kobayashi, Yoshihiro Minagawa, and Hiroyuki Noji

Program

Division 12