JPS 76th Annual Meeting

1: Dynamic structural modulation effects on a submillimeter-sized crystal of chiral magnet CrNb₃S₆; Grad. Sch. of Eng., Kyushu Inst. of Tech.^A, CResCent, Hiroshima Univ.^B, Osaka Pref. Univ.^C, RIIS, Okayama Univ.^D, The Open Univ. of Japan^E, Institute for Molecular Science^F, Grad. Sch. of Sci., Hiroshima Univ.^G; M. Ohkuma^A, M. Mito^A,B, Y. Kousaka^B,C, J. Akimitsu^B,D, J. Kishine^B,E,F, K. Inoue^B,G
2: Large Anomalous Hall effect in the chiral-lattice antiferromagnet CoTa₃S₆; Appl. Phys. Univ. Tokyo^A, ISSP Univ. Tokyo^B, Phys. Univ. Tokyo^C, IMR Tohoku Univ.^D, QPEC Univ. Tokyo^E, RIKEN-CEMS^F, Tokyo College^G; Hirotaka Takagi^A, Rina Takagi^A, Tarou Nakajima^B, Hiraku Saito^B, Takuya Nomoto^A, Susumu Minami^C, Michi-To Suzuki^D, Yuki Yanagi^D, Motoaki Hirayama^E, N. D. Khanh^B, Kosuke Karube^F, Daisuke Hashizume^F, Yoshinori Tokura^A,F,G, Ryotaro Arita^A, Shinichiro Seki^A
3: Observation of emergent magnetotransport phenomena in centrosymmetric skyrmion-hosting magnet GdRu₂Ge₂; Dept. of Appl. Phys. Univ. of Tokyo^A, JST PRESTO^B, ISSP, The Univ. of Tokyo^C, RIKEN CEMS^D, Tokyo College, Univ. Tokyo^E; H. Yoshimochi^A, R. Takagi^A,B, Nguyen D. Khanh^C, Y. Tokura^A,D,E, S. Seki^A,B
4: Incommensurate–Commensurate Magnetic Phase Transition in Chromic Material CoMoO₄; Frontier Research Center, Ibaraki Univ.^A, Dept. of Applied Physics, Univ. of Fukui^B, Dept. of Applied Quantum Physics and Nuclear Engineering, Kyushu Univ.^C; K. Iwasa^A, A. Hoshikawa^A, T. Matsukawa^A, T. Ishigaki^A, T. Asano^B, Y. Inagaki^C, T. Kawae^C
5: Spin-wave excitation in multiple-Q magnetic orderings; Dept. of Appl. Phys., The Univ. of Tokyo; Y. Kato, S. Hayami, and Y. Motome
6: Phason in multiple-Q topological spin textures; Dept. of Appl. Phys., The Univ. of Tokyo; Kotaro Shimizu, Shun Okumura, Yasuyuki Kato, and Yukitoshi Motome
7: Cooling-rate scaling of the domain growth in a long-range interaction Ising spin glass; Kyoto Univ.; Yoshikazu Tabata, Takeshi Waki, Hiroyuki Nakamura

8: Spin dependent transport on α-RuCl₃ heterostructure; Tohoku Univ. AIMR, Tohoku Univ. IMR^A, Oak Ridge National Lab^B, Purdue Univ.^C; H. Idzuchi, M. Kimata^A, S. Okamoto^B, Y. P. Chen^A,C
9: Magnetic properties of Cs₂MX₆ (M = Nb, Ta, X = F, Cl, Br) with J_eff = 3/2 state of 4d¹ and 5d¹ ions; ISSP, Univ. of Tokyo; Hajime Ishikawa, Takeshi Yajima, Akira Matsuo, Koichi Kindo
10: Magnetic structure of short-range ordering in metallic magnet Mn3RhSi determined by magnetic PDF analysis; JAEA, IMSS KEK^A, CROSS^B; K. Kodama, T. Honda^A, H. Yamauchi, S. Shamoto^B, K. Ikeda^A, and T. Otomo^A
11: Anisotropy of magnetism in the van-der-Waals ferromagnet VI₃; Hokkaido Univ., Charles Univ.^A, FZU^B, IBS CCES^C, Seoul National Univ.^D; A. Koriki, M. Misek^B, J. Pospisil^A, M. Kratochvilova^A, K. Carva^A, J. Prokleska^A, P. Dolezal^A, J. Kastil^C, S. Son^C,D, J-G. Park^C,D, V. Sechovsky^A, H. Amitsuka
12: Study on magnetic structure of andalusite structure Al_xFe_2-xGeO₅ (x = 0.15, 0.2); Grad. School of Eng. Tokyo Univ. of Agri. and Tech., Dept. Mater. Sci. Eng. Kyoto Univ.^A, IMSS KEK^B; K. Kakimoto, H. Ohta^A, Y. Haraguchi, M. Hagihara^B, S. Torii^B, T. Kamiyama^B, A. Hatakeyama, H. Aruga Katori
13: Magnetization of Heusler alloy Co₂TiSn: Analysis of the spin fluctuation theory near the Curie temperature; Kagoshima Univ., Tohoku Univ.^A, Univ. of Tokyo^B, Tohoku Gakuin Univ.^C; T. Yokoyama, I. Shigeta, A. Nomura^A, K. Yubuta^A, T. Yamauchi^B, T. Kanomata^C, R. Y. Umetsu^A, M. Hiroi
14: Pressure effect on the magnetization of Heusler alloy FeCoCrAl II; Kagoshima Univ., Univ. of Tokyo^A, Tohoku Gakuin Univ.^B, Tohoku Univ.^C; Soichiro Tsujikawa, Iduru Shigeta, Jun Gouchi^A, Takeshi Kanomata^B, Rie Y Umetsu^C, Yoshiya Uwatoko^A, Masahiko Hiroi

1: Introduction; Aoyama Gakuin Univ. EE; Junji Haruyama
2: Spintronics for artificial neural network; Tohoku Univ., RIEC; Shunsuke Fukami
3: Low-consumption spin device using topological materials; Tohoku Univ., IMR; Kentaro Nomura
4: Quantum Control by Reinforcement Learning; Univ. Tokyo, Dept. Phys.; Masahito Ueda

5: Neural network hardware and spin-wave reservoir computing; Univ. Tokyo, Dept. EE&IS; Akira Hirose
6: Dynamics of Physical Reservoir Computing; IBM Research - Tokyo; Toshiyuki Yamane
7: Fundamental Technologies for Neuromimetic Computing Hardware; Univ. Tokyo, IIS; Takashi Kohno
8: Summary; Univ. Tokyo, IRCN; Kazuyuki Aihara

1: Outreach Activities on Strongly Correlated Magnetism and Superconductivity Using YouTube; Dept. of Phys., Kyoto Univ.; Shunsaku Kitagawa
2: The theory of paramagnon drag in thermoelectric effect; Univ. of Tokyo; Junya Endo, Hiroyasu Matsuura, Masao Ogata
3: Nonlinear response in strongly-correlated electron systems; Kyoto University, Science; Yoshihiro Michishita, Robert Peters
4: Predicted monopole-antimonopole pair annihilation in an organic conductor induced by linearly polarized light; Univ. of Tokyo, Waseda Univ.^A; Keisuke Kitayama, Yasuhiro Tanaka^A, Masao Ogata, Masahito Mochizuki^A
5: Topological state induced by circularly polarized light and Hall conductivity in organic conductor α-(BEDT-TTF)₂I₃; Waseda Univ.; Yasuhiro Tanaka, Masahito Mochizuki

6: Leggett mode in multi band superconductors; The University of Tokyo; Takumi Kamatani, Sota Kitamura, Naoto Tsuji, Takahiro Morimoto
7: Photoinduced η-pairing at finite temperatures; Univ. Greifswald^A, Columbia univ.^B, RIKEN-CPR^C; Satoshi Ejima^A, Tatsuya Kaneko^B, Florian Lange^A, Seiji Yunoki^C, Holger Fehske^A
8: The electron mass in the London moment and Berry connection; Center for Computational Sciences, University of Tsukuba; Hiroyasu Koizumi
9: Electronic excitation and Mott transition from a Fermi-liquid-like ground state; NIMS; Masanori Kohno
10: A study of the two-site Hubbard model with a two-level system involving a self-energy effect, in terms of the energy structure of HTSC.; N/A; Tanaka Keishichiro

1: Phase transition of the two dimensional Ginzburg-Landau model with dipolar interactions; Univ. of Tokyo^A; Ryo Nakanishi^A, Koji Hukushima^{A B}
2: One-dimensional electronic structures on ultrathin Mn monolayer films grown on Fe(110); Chiba Univ., Kochi Univ. Tech.^A; Toyo Kazu Yamada, Hiroki Hayashi, Eiichi Inami^A, Peter Krueger
3: Structural and magnetic properties of FeCo alloy thin films fabricated by the nitrogen surfactant effect; UEC^A, ISSP, The University of Tokyo^B, Tokyo Univ. of Sci.^C, IMS^D; T. Miyamachi^A, Y. Takahashi^B,C, T. Iimori^B, T. Hattori^B, K. Yamamoto^D, T. Koitaya^D, T. Yokoyama^D, M. Kotsugi^C, F. Komori^B
^●4: Magnetic property of ferromagnetic nanofilms on facet surfaces of three-dimensional structure; NAIST, Osaka Univ.^A; Liliany Noviyanty Pamasi, Aydar Imirkimov, Takaaki Higashi, Shunta Takahashi, Emilia Emilova Hasamova, Tomoya Shimizu, Nobuyoshi Hosoito, Ai I Osaka^A, Azuza N. Hattori^A, Hidekazu Tanaka^A, Ken Hattori

5: Magnetic Molecule Adsorbed on NbSe₂; Analysis using Super Conductor Photo Assisted Tunneling; IMRAM, Tohoku Univ.^A, Dept. of Chemistry, Tohoku Univ.^B; Tadahiro Komeda^A, S.M. Fakruddin Shahed^A, Mohammad Ikram Hossain^B
^●6: Observation of Yu-Shiba-Rusinov (YSR) states in single molecule magnet adsorbed on superconducting NbSe₂; Inst. of Multidisciplinary Res. for Advanced Materials, Tohoku Univ., Dept. of Chemistry, Grad. Sch. of Sci., Tohoku Univ.^A; Syed Mohammad Fakruddin Shahed, Mohammad Ikram Hossain^A, Ferdous Ara, Tadahiro Komeda
7: Nanoscale and ultrafast electron manipulation using terahertz scanning tunneling microscope; Department of Physics, Graduate School of Engineering Science, Yokohama National University; Katayama Ikufumi

^●1: Hamiltonian and magnetic properties of the chromium jarosite KCr₃(OH)₆(SO₄)₂; Phys. Dept., Okayama Univ.^A, RIIS, Okayama Univ.^B; Ryota Shirakawa^A, Makoto Shimizu^A, Harald O. Jeschke^B
^●2: Theoretical investigation of chromium fluorides with distorted kagome lattice Hamiltonians; Phys. Dept., Okayama Univ.^A, RIIS, Okayama Univ.^B; Makoto Shimizu^A, Harald O. Jeschke^B
^●3: Pinch-point singularities in spectroscopy guarantee topological criticality; Okinawa Inst. of Sci. and Tech.; Han Yan
^●4: Origins of topological band-gap in a spin-polarized kagome antiferromagnet; Okinawa Inst. of Sci. and Tech., Univ. of California Irvine; Andreas Thomasen, Han Yan, Judit Romhanyi, Nicholas Shannon
5: q=0 long-range magnetic order in spin-1/2 kagome antiferromagnet CaCu₃(OD)₆Cl₂0.6D₂O; CROSS, Hokkaido U^A, Okayama U.^B, Indian Institute of Technology Madras^C, J-PARC^D, KEK^E, Sokendai^F, Oak Ridge Nat. Lab.^G; K. Iida, H. K. Yoshida^A, A. Nakao, H. O. Jeschke^B, Y. Iqbal^C, K. Nakajima^D, S. Ohira-Kawamura^D, K. Munakata, Y. Inamura^D, N. Murai^D, M. Ishikado, R. Kumai^E,F, T. Okada^A, M. Oda^A, K. Kakurai, M. Matsuda^G
6: ²D-NMR study for short-range-ordered state in CaCu₃(OH)₆・0.6H₂O; Hokkaido Univ., ISSP^A; Yoshihiko Ihara, Kazuki Matsui^A, Yoshimitsu Kohama^A, Hiroyuki Yoshida
7: Magnetostriction in ultra-high magnetic field of breathing kagome antiferromagnet Li₂Cr₃SbO₈; ISSP Univ. of Tokyo, Dept. of Phys. Grad. Sch. of Sci. Hokkaido Univ.^A; Y. Ishii, A. Ikeda, M. Gen, Y. Kohama, H. K. Yoshida^A, Y. H. Matsuda

8: Unconventional phase transitions in the classical J1-J2 XY antiferromagnet on the kagome lattice; Saitama Univ., BAQIS^A, Saitama Univ.^B; Fumiya Kakizawa, Takahiro Misawa^A, Hiroshi Shinaoka^B
9: Magnetic Susceptibility and Magnetization Curve of Spin-Liquid Candidate Kagome Magnet Cu-CAT-1; Grad. Sch. Sci., Nagoya Univ., RCMS, Nagoya Univ.^A, Grad. Sch. Mater. Sci., Univ. of Hyogo^B, ISSP, Univ. Tokyo^C, Dept. Phys., Nara Women's Univ.^D; R. Marumoto, ^○T. Matsushita, Z. Zhang^A, A. Yamaguchi^B, T. Sakakibara^C, Y. Misumi, K. Awaga, M. Tsuchiizu^D, Y. Shimizu, M. Itoh, N. Wada
10: 1H NMR of Spin Liquid Candidate Kagome Magnet Cu-CAT-1; Grad. Sch. Sci., Nagoya Univ., ARCMS, Nagoya Univ.^A, Grad. Sch. Mater. Sci., Univ. of Hyogo^B, Depart. Phys., Nara Women's Univ.^C; R. Marumoto, T. Matsushita, Y. Shimizu, M. Itoh, Y. Misumi, Z. Zhang^A, K. Awaga, A. Yamaguchi^B, M. Tsuchiizu^C, N. Wada
11: Scaling law of heat capacity in a kagome antiferromagnet Herbertsmithite; Kyoto University, University of Oxford^A, ISSP^B; Hinako Murayama, Takahiro Tominaga, Shota Suetsugu, Shigeru Kasahara, Yuichi Kasahara, Ryutaro Okuma^A, Zenji Hiroi^B, Yuji Matsuda
12: Topological thermal Hall effect of boson in SrCu₂(BO₃)₂; Dept. of Phys., Kyoto Univ., Dept. of Energy and Hydrocarbon Chemistry, Kyoto Univ.^A, Yukawa Institute for Theoretical Phys., Kyoto Univ.^B; S. Suetsugu, T. Yokoi, I. Tanaka, Y. Kasahara, S. Kasahara, Z. Chengchao^A, K. Totsuka^B, H. Kageyama^A, Y. Matsuda
13: Large-scale numerical-diagonalization study of the orthogonal-dimer-lattice antiferromagnet; U. of Hyogo, QST SPring8; Hiroki Nakano and Toru Sakai
14: S=1/2 tetramer spin-gap material [Cu(4,4'-Me₂-bpy)(H₂O)]₂[V₂O₂F₈]; Tokyo Tech MSL, Northwestern Univ.^A, UTokyo ISSP^B; M. Fukuda, M. Azuma, Y. Wang^A, K. Poeppelmeier^A, A. Miyake^B, M. Tokunaga^B

1: Introductory talk; Univ. of Tokyo, CSRN and Dept of EEIS; Masaaki Tanaka
2: Physics for emerging new information carriers based on electron spin waves; , Tohoku Univ., Dept. of Mater. Sci.; Makoto Kohda
3: Current-induced torques in spintronics devices; Keio Univ.; Kazuya Ando
4: Generation of new spin-dependent functionalities in all-epitaxial single-crystal heterostructures; Univ. of Tokyo, IEI; Shinobu Ohya
5: Development of integrated spin cyber-physical system towards force sensing; Osaka Univ., SANKEN; Daichi Chiba

6: Toward antiferromagnetic terahertz spintronics; Kyoto Univ. ICR; Takahiro Moriyama
7: A photon-spin quantum interface using gate-defined quantum dots towards quantum network; Osaka Univ., SANKEN; Akira Oiwa
8: Measurement and control of electron spins by utilizing semiconductor quantum dots; Tohoku Univ., RIEC; Tomohiro Otsuka
9: Detection and control of nuclear spin using NV centers in diamond; RIKEN, CEMS; Eisuke Abe
10: Prospect of microwave-to-optical transduction based on magnons; Univ. of Tokyo, RCAST; Koji Usami

1: Theoretical study on light-induced anomalous Hall effect in graphene; Univ. Tsukuba, Beihang University^A, Max-Planck Inst.^B; S. A. Sato, P. Tang^A, M. A. Sentef^B, U. De Giovannini^B, H. Hübener^B, A. Rubio^B
2: The selection rule and its mechanism in the photo-induced current in 2DEG under a strong magnetic field by an obliquely irradiated optical vortex beam; Kogakuin Univ., OUJ^A; Hirohisa Takahashi, Jun-ichiro Kishine^A
3: Photoinduced dynamics of domain structures in electronic ferroelectrics (TMTTF)₂BF₄ undergoing anion order transition; Tohoku Univ.^A, Okayama Univ. of Science^B, Stuttgart Univ.^C; H. Itoh^A, A. Kishida^A, Y. Kawakami^A, K. Yamamoto^B, M. Dressel^C, S. Iwai^A
4: Time-dependent density-matrix renormalization group study on the optical conductivity of two-dimensional Hubbard model; Dept. of Appl. Phys., Tokyo Univ. of Sci., RIKEN; Kazuya Shinjo, Yoshiki Tamaki, Shigetoshi Sota, and Takami Tohyama
5: Two-kinds of excitation wavelength dependent photoinduced states observed in a spin crossover and spin singlet formation hybrid magnetic system; Tokyo Tech, Kobe University^A, Jichi Medical University^B, KEK IMSS^C; S. Nakano, T. Ishikawa, K. Takubo, Y. Okimoto, S. Koshihara, R. Azuma^A, A. Miyawaki^A, K. Takahashi^A, A. Sato^B, K. Ichiyanagi^C, R. Fukaya^C

6: Development of novel functional properties based on phase transitions; Grad. Sch. Sci. Tech., Univ. Tsukuba; Hiroko Tokoro
^●7: Skyrmion lattice in chiral magnets using resonant elastic soft x-ray scattering; Diamond Light Source; Gerrit van der Laan

1: Introduction; RIKEN CEMS; Gen Tatara
2: Cristal chirality and phonon; OUJ; Junichiro Kishine
3: Cristal chirality and spin; Osaka Pref. Univ.; Yoshihiko Togawa
4: Inversion symmetry and Skyrmion lattice; Univ.Tokyo; Takashi Kurumaji

5: Chirality and spin with rotation in nucleus collisions; Univ. of Tokyo; Kenji Fukushima
6: Chiral transport in chiral crystals and its proposals in real materials; TIT; ShuIchi Murakami
7: Anomalous Electromagnetic Responses in Noncentrosymmetric Electron Fluids: Anology with Chiral Fluids; Kyoto Univ.; Riki Toshio

1: Revealing the magnetic ground state in magnetically frustrated semimetal EuCuSb; Dept. of Eng. Sci., Osaka Univ.^A, Dept. of Eng. Univ. of Tokyo^B, IMR, Tohoku Univ.^C, J-PARC, JAEA^D, RIKEN CEMS^E; H. Takahashi^A, K. Aono^B, Y. Nambu^C, R. Kiyanagi^D, T. Nomoto^B, M. Sakano^B, K. Ishizaka^B,E, R. Arita^B,E, S. Ishiwata^A
2: Evaluation of magnetic models for anisotropic triangular lattice quantum magnets A3ReO5X2 by high-field magnetization measurements; ISSP, the Univ. of Tokyo, Dept. of Basic Science, the Univ. of Tokyo^A; M. Gen, D. Hirai, N. Matsuyama, K. Morita^A, A. Matsuo, S. Kogane, Z. Hiroi, K. Kindo, Y. Kohama
3: 3D stacked patterns of frustration-induced skyrmion lattice; Osaka Univ., Toyota RIKEN^A; Ryo Osamura, Kazushi Aoyama and Hikaru Kawamura^A
4: Replica symmetry breaking on RKKY skyrmion lattice system; Toyotariken; Kota Mitsumoto, Hikaru Kawamura
5: Frustration-induced hedgehog-lattice state in a breathing-pyrochlore antiferromagnet; Osaka Univ., Toyota Riken^A; 青山和司, 川村光^A
6: Field-induced chirality and Hall effect in the hedgehog-lattice state of a breathing-pyrochlore antiferromagnet; Osaka Univ., Toyota Riken^A; Kazushi Aoyama, ^○Hikaru Kawamura^A
7: Synthesis and Magnetic Properties of 4f Pyrochlore Magnets NaLnTe2 (Ln = Ce, Pr, Nd)　Ⅱ; Dept. Appl. Phys., Nagoya Univ.; Koki Eto, Yoshihiko Okamoto, Naoyuki Katayama, Koshi Takenaka

^●8: Low temperature magnetic properties of quantum spin ice material Pr₂Zr₂O₇; ISSP Univ. of Tokyo^A, Dept. of Physics Univ. of Tokyo^B, GSFS Univ. of Tokyo^C, Max Planck Institute^D, IQM John’s Hopkins Univ.^E; N. Tang^A, T. Sakakibara^A, A. Sakai^B, M. Fu^A, K. Kimura^C, Y. Matsumoto^D, S. Nakatsuji^A,B,E
^●9: Negative Thermal Expansion in a Magnetically Frustrated Spinel; Okinawa Inst. of Sci. and Tech., Inst. for Solid State Phys. and Optics, Wigner Res. Centre for Phys., Hungarian Academy of Sci.^A; Ananya Samanta, Han Yan, Karlo Penc^A, Nicholas Shannon
^●10: High-Field Spin-Nematic State in the S=1/2 J-K Square-Lattice Frustrated Ferromagnet; Okinawa Inst. of Sci. and Tech.; Matthias Gohlke, Tokuro Shimokawa, Nic Shannon
11: DC electric-field controls of superexchange interactions in frustrated quantum spin systems; Ibaraki University, UC Berkley^A; Shunsuke C. Furuya, Kazuaki Takasan^A, Masahiro Sato
12: Way of detecting magnon pairs and spin nematic phases with laser-driven two-photon resonance; Department of Physics, Ibaraki University; Masahiro Sato and Yoshitaka Morisaku
13: Structure of the candidate of frustrated ferromagnet; IMRAM Tohoku University; Masaya Shibata, Kazuhiro Nawa, Daisuke Okuyama, Taku J Sato
14: Theoretical study of the magnetization process of the Heisenberg antiferromagnet on the floret pentagonal lattice; U. of Hyogo, QST SPring8; Rito Furuuchi, Hiroki Nakano and Toru Sakai

1: A theory of spin-orbit interaction induced by p-d exchange in a quantum well of n-type ferromagnetic semiconductor; Hokkaido Univ.; K. Hayashida and H. Akera
2: Microscopic analysis of lattice distortion effects in Rashba systems III; Department of Physics, Nagoya University; Yuuki Ogawa, Takumi Funato and Hiroshi Kohno
3: Modulation of spin transport properties in Dy films by magnetic phase transition; Keio University^A, Kavli-ITS, Univ. of Chinese Academy of Sciences^B, RIKEN CEMS^C, Advanced Science Research Center, JAEA^D, CSRN Keio University^E; Kazuto Yamanoi^A, Yuri Sakakibara^A, Junji Fujimoto^B, Mamoru Matsuo^B,C,D, Yukio Nozaki^A,E
4: Charge-to-spin conversion in carrier-doped Bi thin film; Dept. of Phys., The Univ. of Tokyo, IMR, Tohoku Univ.^A, CSRN, Tohoku Univ.^B; Zhendong Chi, Yong-Chang Lau^A,B, Masashi Kawaguchi, Koki Takanashi^A,B, Masamitsu Hayashi
5: Spin transport measurement in chiral magnet CrNb₃S₆.; Dept. of Phys., Osaka Univ.^A, CSRN, Osaka Univ.^B, Dept. of Phys. and Elec., Osaka Prefecture Univ.^C, IPI, Dept. of Phys., Univ. of Tokyo^D; S. Suzuki^A, I. Sasaki^A, T. Ohta^A, R. Kawahara^A, H. Taniguchi^A, T. Arakawa^A,B, A. Inui^C, Y. Shimamoto^C, Y. Kousaka^C, Y. Togawa^C, K. Kobayashi^A,D, Y. Niimi^A,B
6: Circular photogalvanic effect in Bi alloys; Dept. of Phys., The Univ. of Tokyo, IMR, Tohoku Univ.^A, CSRN, Tohoku Univ.^B; Masashi Kawaguchi, Hana Hirose, Zhendong Chi, Yong-Chang Lau^A,B, and Masamitsu Hayashi

7: Numerical calculation of Spin Hall Magnetoresistance using quantum Monte Carlo method; ISSP, Univ. of Tokyo; T.Ishikawa, T.Kato
8: Nonreciprocal conduction and current-induced magnetization switching in spin-polarized surface state of narrow-gap semiconductor FeSi; Univ. Tokyo^A, RIKEN CEMS^B, Tohoku Univ.^C; Yusuke Ohtsuka^A, Naoya Kanazawa^A, Motoaki Hirayama^B, Akira Matsui^A, Takuya Nomoto^A, Ryotaro Arita^A,B, Masataka Mogi^A, Kohei Fujiwara^C, Atsushi Tsukazaki^C, Masakazu Ichikawa^A, Masashi Kawasaki^A,B, Yoshinori Tokura^A,B
^●9: Microscopic theory of spin torques in disordered antiferromagnets; Nagoya Univ.; Jotaro Nakane, Hiroshi Kohno
10: Observation of nuclear-spin Seebeck effect; Dep. Appl. Phys. Univ. Tokyo^A, AIMR Tohoku Univ.^B, IMR Tohoku Univ.^C, UCLA^D, Fac. Sci. Eng. Iwate Univ.^E, Dep. Basic Sci. Univ. Tokyo^F, ASRC JAEA^G; T. Kikkawa^A,B,C, D. Reitz^D, H. Ito^A, T. Makiuchi^A, T. Sugimoto^A, K. Tsunekawa^A, S. Daimon^A, K. Oyanagi^A,E, R. Ramos^B, S. Takahashi^B, Y. Shiomi^F, Y. Tserkovnyak^D, E. Saitoh^A,B,C,G
11: Topological Nernst effect of the metastable magnetic skyrmion phase in MnSi; Department of Applied Physics, University of Tokyo^A, RIKEN CEMS^B, Tokyo College, University of Tokyo^C; Tetsuro Ebino^A, Hiroshi Oike^A, Akiko Kikkawa^B, Yasujiro Taguchi^B, Yoshinori Tokura^A,B,C, Fumitaka Kagawa^A,B
12: Numerical study on spin Nernst effect in helical magnet; Toho University; Koujiro Hoshi, Jun-ichiro Ohe
13: Theory of magnetic texture induced anomalous Hall effect on the surface of topological insulator; Yukawa Institute for Theoretical Physics, Kyoto University, Department of Physics, Nagoya University; Terufumi Yamaguchi and Ai Yamakage

1: Local susceptibility and Van Vleck paramagnetism in the electride material LaScSi; KEK-IMSS^A, TRIUMF^B, Sokendai^C, Tokyo Tech MSL^D, Tokyo Tech (MCES)^E; M. Hiraishi^A, K. M. Kojima^B, H. Okabe^A, A. Koda^A,C, R. Kadono^A,C, Jiazhen Wu^D, H. Hideo^D,E
2: First-Principles Momentum-Dependent Wavefunction Approach to the Ground-State Magnetization and Mass Enhancement Factor in Transition Metals; Univ. of the Ryukyus; Y. Kakehashi
3: Real-space study on the topological Hall effect; Dept. of Appl. Phys, Univ. of Tokyo^A, RIKEN CEMS^B; Akira Matsui^A, Takuya Nomoto^A, Ryotaro Arita^A,B
4: Multiple spin density waves in the inversion-symmetric triangular Hubbard model; Hokkaido Univ. of Science; Takashi Uchida
5: Nonreciprocal electronic transport in an antiferromagnetic metal PdCrO₂ with 120-degree spin structure; Department of Physics, Graduate School of Science, Tohoku University; M. Akaike, Y. Nii, H. Masuda, and Y. Onose
6: Magnetic bubble observation of the spinel-type sulfide Fe_1-xCu_xCr₂S₄ (x=0.1) using Lorentz transmission electron microscopy; Dept. of Adv. Matter. Sci., Riken CEMS^A, CHS, Nihon Univ.^B; Leona Isogai, Yuri Fujima, Licong Peng^A, Fehmi Sami Yasin^A, Kiyomi Nakajima^A, Xiuzhen Yu^A, Nobuyuki Abe^B, Yusuke Tokunaga, Taka-hisa Arima

^●7: Mott-Anderson type insulator to metal transition in layered ferromagnet CrGeTe3; The Inst. for Solid State Phys., Univ. of Tokyo^A, Dept. of Phys. and Astronomy, Center for Novel States of Complex Materials Res., Seoul Nat’l. Univ.^B, Hiroshima Univ.^C, Inst. of Applied Phys., Seoul Nat’l. Univ.^D; Dilip Bhoi^A,B, Jun Gouchi^A, Yufeng Zhang^A, Norio Ogita^C, Takumi Hasegawa^C, Kee Hoon Kim^B,D, and Yoshiya Uwatoko^A
8: B-phase in MnSi probed by muon spin rotation; CROSS, Osaka Prefeture Universiry^A, Okayama Universiry^B, University of Zaragoza^C, Kyushu Institute of Technology^D, TRIUMF-CMMS^E, Univ. of British Columbia^F, Chung-Ang Univ.^G; K. Ohishi, Y. Kousaka^A, S. Iwasaki^B, J. Akimitsu^B, J. Campo^C, V. Laliena^C, M. Ohkuma^D, M. Mito^D, Yipeng Cai^E,F, Sungwon Yoon^E,G, K. M. Kojima^E,F
9: Theoretical study on the microwave-induced topological phase transition of magnetic skyrmions in the Kondo-lattice systems; Department of Applied Physics, Waseda University; Rintaro Eto, Masahito Mochizuki
10: Magnetic hedgehog lattices in centrosymmetric metals; Dept. of Appl. Phys., the Univ. of Tokyo; S. Okumura, S. Hayami, Y. Kato, Y. Motome
11: Synthesis and physical properties of f-electron system breathing kagome antiferromagnet Gd₃Os₄Al₁₂; Faculty of Science, Hokkaido Univ., WPI-MANA^A, NIMS^B; Hiroaki Hayashi, Hiroyuki Yoshida, Migaku Oda, Kazunari Yamaura^A, Yoshitaka Matsushita^B
12: Investigation on the spin-reorientation transition by magneto-resistivity measurements in giant magnetocaloric compound HoB₂ single crystal; NIMS^A, Univ. of Tsukuba^B; T. D. Yamamoto^A, H. Takeya^A, K. Terashima^A, A. T. Saito^A, R. Matsumoto^A, P. B. Castro^A,B, T. Numazawa^A, and Y. Takano^A,B
13: First principles theory of multipolar interaction in ferromagnetic rare-earth nitride; NUS^A, KU Leuven^B, Univ. Helsinki^C; Naoya Iwahara^A,B, Zhishuo Huang^B, Ivo Neefjes^B,C, Liviu F. Chibotaru^B

1: Award ceremony for the 15th Young Scientist Award and Student Presentation of the Physical Society of Japan 2020 Autumn Meeting, Division 3; Tokyo Univ. Agri. Tech.; Hiroko Aruga Katori
2: Theory of Asymmetric Scattering and Magnetic Transport by Magnetic Fluctuations; Tokyo Inst. of Tech., Dept. Phy.; Hiroaki Ishizuka
3: Theoretical study of inverse Faraday effect and its application; SEMITEC; Katsuhisa Taguchi

4: Emergent electromagnetic induction in spiral magnets; RIKEN CEMS, Dept. of Appl. Phys., Univ. of Tokyo; Daichi Kurebayashi and Naoto Nagaosa
5: Emergent inductance in magnetic thin films with broken spatial inversion symmetry; FRIS Tohoku U., RIEC Tohoku U.^A, ASRC JAEA^B; Yuta Yamane^A and Ieda Jun'ichi^A,B
6: Deep-learning based feature extraction from quantum magneto-conductance; Dept. Appl. Phys. Univ. Tokyo^A, Beyond AI Univ. Tokyo^B, AIMR Tohoku Univ.^C, IMR Tohoku Univ.^D, Fac. Sci. Eng. Iwate Univ.^E, Phys. Div. Sophia Univ.^F; S. Daimon^A,B, K. Tsunekawa^A, S. Kawakami^A, T. Kikkawa^A, R. Ramos^C, K. Oyanagi^D,E, T. Ohtsuki^F, E. Saitoh^A,B,C,D
7: Estimation of Magnetic Parameters by Machine Learning; Toyota Tech. Inst., The Univ. of Tokyo^A, Gifu Univ.^B, The Univ. of Electro-Commun.^C; K. Tanabe, M. Kawaguchi^A, K. Yamada^B, T. Sawa, S. Hasegawa^A, M. Hayashi^A, and Y. Nakatani^C
8: Transport properties in van der Waals ferromagnet/superconductor heterojunction; Department of Physics, Graduate School of Science, Osaka University, Okinawa Institute of Science and Technology, Graduate University^A, Department of Physics, Graduate School of Science, University of Tokyo, Institute for Physics of Intelligence^B, Osaka University, Center for Spintronics Research Network^C; Tomoharu Ohta, Koji Fujiwara, Kazuki Ohboshi, Kohei Yamagami^A, Yoshinori Okada^A, Kensuke Kobayashi^B, Yasuhiro Niimi^C
9: Observation of magnetic domains in GdFeCo thin films under laser irradiation; Univ. of Hyogo, Grad. Sch. of Eng. Univ. of Touhoku^A, IMS^B, JASRI^C; Hirotaka Abe, Ryuunosuke Takahashi, Hirokazu Takahashi^A, Kouhei Yamamoto^B, Masakiyo Tsunoda^A, Takuo Ohkochi^C, Toyohiko Kinoshita^C, Hiroki Wadati
10: NMR Studies on Pt-Cu Nanoparticles; Dep. Phys. Kyoto Univ., Dep. Chem. Kyoto Univ.^A; Y. Kinoshita, T. Okuno, S. Kitagawa, K. Ishida, K. Kusada^A, H. Kitagawa^A
11: Frustration of the dipolar interaction system on magnetic thin films; NIMS; Hisato Komatsu, Masamichi Nishino, Yoshihiko Nonomura

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: Introduction; High Energy Accelerator Research Organization, Institute of Materials Structure Science (KEK IMSS); Koichiro Shimomura
2: Features of J-PARC Accelerator complex; Japan Atomic Energy Agency, J-PARC Center, Accelerator Division(JAEA/J-PARC); Kazami Yamamoto
3: High-intensity proton beam transport facility (3NBT); JAEA/J-PARC; Shin-ichiro Meigo
4: Performance of the high intense spallation neutron source; JAEA/J-PARC; Masahide Harada

5: Fundamental physics explored with high intensity muon beams at the J-PARC MLF; High Energy Accelerator Research Organization, Institute of Materials Structure Science (KEK IMSS); Takayuki Yamazaki
6: Fundamental physics using pulsed neutron beams at the J-PARC MLF; Nagoya University, Graduate School of Science (Nagoya University); Hirohiko Shimizu
7: Search for sterile neutrinos at J-PARC MLF; High Energy Accelerator Research Organization, Institute of Particle and Nuclear Studies(KEK IPNS); Takasumi Maruyama

1: Control of the magnetic interaction by the partial substitution of Co by non-magnetic ion on the easy-plane type S=3/2 square lattice antiferromagnet Ba₂CoGe₂O₇; Dept. of Adv. Matter. Sci.; Y. Watanabe, Y. Tokunaga, T. Arima
2: Theoretical study of magnetoelectric effect in Ba₂CuGe₂O₇; Chiba Univ.^A, Tokyo Tech^B, NIMS^C, Ural Federal Univ.^D; Ryota Ono^A, Sergey Nikolaev^B, Igor Solovyev^C,D
3: Acoustic Magnon hybridized with Orbital in Multiferroics Ba₂MnGe₂O₇; ISSP The Univ. of Tokyo, Cross-Tokai^A; Shunsuke Hasegawa, Shohei Hayashida, Shinichiro Asai, Masato Matsuura^A, Takatsugu Masuda
4: Effect of external fields on circularly polarized soft X-ray resonant diffraction in magnetic quadrupole antiferromagnet Pb(TiO)Cu₄(PO₄)₄; Dept. Adv. Mater. Sci., Univ. of Tokyo, PSI^A, RIKEN^B; Ryusuke Misawa, Hiroki Ueda^A, Yoshikazu Tanaka^B, Kenta Kimura, Tsuyoshi Kimura
5: Pulsed-field NMR study for field-induced magnetic state in Pb(TiO)Cu₄(PO₄)₄; Faculty of Science, Hokkaido Univ., ISSP, Univ. of Tokyo^A, Dept. Adv. Mater. Sci. Univ. of Tokyo^B; Kaoru Hayashi, Masakazu Shimohashi（綴り確認）, Yoshihiko Ihara, Tomoki Kanda^A, Kazuki Matsui^A, Yoshimitsu Kohama^A, Kenta Kimura^B, Tsuyosih Kimura^B
6: Optical magnetoelectric effect in Bi₂CuO₄; Dept. Adv. Mater. Sci., Univ. of Tokyo; K. Kimura, M. Sato, T. Kimura
7: Chiral magnetic memory effect in an itinerant helimagnet MnP; Department of Basic Science, The University of Tokyo, Institute for Materials Research, Tohoku University^A, JST PRESTO^B, Department of Applied Physics, The University of Tokyo^C, Advanced Science Research Center, Japan Atomic Energy Agency^D, Advanced Institute for Materials Research, Tohoku University^E; N. Jiang, Y. Nii^A,B, H. Arisawa^A, E. Saitoh^C,D,E, Y. Onose^A

8: Nonreciprocal magnons due to cluster toroidal multipoles in noncentrosymmetric magnets; Dep. of Appl. Phys., The Univ. of Tokyo; Takuya Matsumoto, Satoru Hayami
9: Magnetoelectric effect in a polar antiferromagnet Fe₃PO₇; Dept. Adv. Mat. Sci. Univ. of Tokyo, Nihon Univ.^A; Yusuke Araki, Nobuyuki Abe^A, Yusuke Tokunaga, Taka-hisa Arima
^●10: First-principles calculations of (Ni/Cu)/PMN-PT (001) heterostructure; Dept. Mater. Sci. Eng., Tokyo Inst. of Tech.; Amran Mahfudh Yatmeidhy, Yoshihiro Gohda
^●11: Tuning the magnetoelectric effect via metal substitution at ferromagnetic/ferroelectric interfaces; Tokyo Inst. of Tech.; Rafael Costa-Amaral, Yoshihiro Gohda
12: Control and Detection of Magnetoelectric Active Spin Structure in Mesoscopic Artificial Magnets; Tohoku Univ.; Daiki Sekine, Yoshifumi Sato, Teruya Ishihara, Masakazu Matsubara
13: Magnetochiral imaging of domain structure in a collinear antiferromagnet MnTiO₃; Dept. of Adv. Mater. Sci. Univ. of Tokyo, Dept. of Phys. Col. of Hum. and Sci. Nihon Univ.^A; Sato Tatsuki, Abe Nobuyuki, Tokunaga Yusuke, Arima Takahisa
14: Magnetic symmetry of antiferromagnetic metal CeRh₂Si₂ investigated by magnetization under uniaxial pressure; ISSP, Univ. of Tokyo^A, Grad. School of Sci., Hokkaido Univ.^B, RIKEN-CEMS^C; Hiraku Saito^A, Fusako Kon^B, Hiroyuki Hidaka^B, Hiroshi Amitsuka^B, and Taro Nakajima^A,C

1: Introduction; IMR Tohoku Univ.; Yusuke Nambu
2: Dimensional Control by multiple anions; Grad. Sch. Eng. Kyoto Univ.; Hiroshi Kageyama
3: Features and recent progress of synthesis of mixed-anion compounds; AIST; Hiraku Ogino
4: Materials informatics approaches to materials design; RCACI, JAIST; Kenta Hongo

5: Local Structure Analysis of Mixed Anion Compounds by using Solid-State NMR; Grad. Sch. Sci. Kyoto Univ.; Yasuto Noda
6: Transmission electron microscopic characterization of mixed-anion compounds; NIMS; Koji Kimoto
7: Hydrogen substitution effects on mixed-anion compounds; MRCES Tokyo Inst. Tech.; Satoru Matsuishi
8: First-principles study on materials functionalities of mixed-anion compounds; Dept. Phys. Osaka Univ.; Masayuki Ochi

1: Detection of pairing symmetry in superconductor/ferromagnet thin-films by FMR modulation; Kavli Institute for Theoretical Sciences University of Chinese Academy of Sciences, Department of Physics Nagoya University; Yuya Ominato, Ai Yamakage, Mamoru Matsuo
2: Effect of superconducting fluctuation on spin Hall effect in the absence of magnetic field; Department of Physics U-Tokyo, RIIS, Okayama Univ.^A, Department of Basic Science^B; Akimitsu Watanabe, Hiroto Adachi^A, Yusuke Kato^B
3: Photoinduced spin-scalar-chiral states in triangular-lattice itinerant magnets; Dept. of Phys., Tohoku Univ., Dept. of Phys., Univ. of Tokyo^A; Atsushi Ono, Yutaka Akagi
4: THz-wave driven magnonic high harmonic generation in antiferromagnetic insulators; Department of Physics, Ibaraki University; Takumi Ogawa and Masahiro Sato
5: Calculation time distribution of Brownian adder; Department of Physics Engineering Mie University, National Institute of Information and Communications Technology^A; ITO YASUCHIKA, UTSUMI YASUHIRO, F.Peper^A
6: Study of unwinding pathway of metastable skyrmion with LLG simulation; Univ. Tokyo^A, RIKEN CEMS^B; Chiaki Furusawa^A, Hiroshi Oike^A, Fumitaka Kagawa^A,B

7: Observation of magnon-magnon hybridization in metastable skyrmion lattice state; Dept. of Appl. Phys., Univ. of Tokyo^A, Karlsruhe Institute of Technology^B, Technical University of Munich^C, RIKEN CEMS^D, Tokyo college, Univ. of Tokyo^E, JST PRESTO^F; Rina Takagi^A, Markus Garst^B, Jan Sahlige^C, Christain Back^C, Yoshinori Tokura^A,D,E, Shinichiro Seki^A,F
8: Measurement of magneto-elastic coupling constant of a magnetic garnet film by time-resolved measurement of coherent oscillation between magnons and phonons.; AIMR Tohoku Univ.^A, Univ. of Tokyo^B; Tomosato Hioki^A,B, Eiji Saitoh^A,B
9: Observation of Einstein-de Haas effect in surface acoustic waves using NiFe films; Keio University, Kavli-ITS, Univ. of Chinese Academy of Sciences^A, RIKEN CEMS^B, Advanced Science Research Center, JAEA^C, CSRN Keio University^D; Shoma Tateno, Yuki Kurimune, Mamoru Matsuo^A,B,C, Kazuto Yamanoi, Yukio Nozaki^D
10: Control of ferromagnetic magnetization by phonon angular momentum of surface acoustic wave; Univ. of Tokyo, Tohoku Univ.^A, JST PRESTO^B; Ryo Sasaki, Yoichi Nii^A,B, Yoshinori Onose^A
11: Theory of mechanical spin-current generation via extrinsic spin-orbit interaction; Nagoya University; Takumi Funato and Hiroshi Kohno
12: Study of cavity optomagnonics using surface spin waves; ICR, Kyoto Univ.; H.Komiyama, T.Li, R.Hisatomi, Y.Shiota, T.Moriyama, T.Ono
13: Meissner levitation of soft ferromagnetic insulators - proposal and simulations; RCAST, UTAP; Maria Fuwa, Koji Usami, Yasunobu Nakamura

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: Projective symmetry group analysis of inelastic light scattering in Kitaev spin liquids; Shoji Yamamoto
2: Spin excitations of the spin-1/2 quasi-one-dimensional Ising-like antiferromagnet BaCo₂V₂O₈ in transverse magnetic fields; AHMF, Grad. Sch. Sci., Osaka Univ., ASRC, JAEA^A, IMR, Tohoku Univ.^B, Low Temp. Center, Osaka Univ.^C, ISSP, Univ. Tokyo^D; M. Hagiwara, A. Okutani, H. Onishi^A, S. Kimura^B, T. Takeuchi^C, T. Kida, M. Mori^A, A. Miyake^D, M. Tokunaga^D, and K. Kindo^D
3: DMRG study of magnetic excitations of quasi-one-dimensional Ising-like antiferromagnet BaCo₂V₂O₈ in transverse magnetic fields; ASRC, JAEA, AHMF, Grad. Sch. of Sci., Osaka Univ.^A, IMR, Tohoku Univ.^B; H. Onishi, M. Mori, A. Okutani^A, S. Kimura^B, M. Hagiwara^A
4: Ground-state phase diagram and low-temperature properties of the random-bond J₁-J₂ spin chain; Osaka Univ.^A, Gunma Univ.^B, Toyota Phys. Chem. Res. Inst.^C; Kazuki Uematsu^A, Toshiya Hikihara^B, and Hikaru Kawamura^A,C
5: Frustrated random-singlet state in the random-bond J₁-J₂ spin chain; Gunma Univ., Osaka Univ.^A, Toyota Phys. Chem. Res. Inst.^B; Toshiya Hikihara, Kazuki Uematsu^A, and Hikaru Kawamura^A,B
6: Quantum spin state in one-dimensional quantum spin system Cd2Cu2(PO4)2SO4・5H2O; Tokyo University of Science, Univ. of Toyama^A, KEK^B; M. Fujihala, S. Mitsuda, T. Kuwai^A, H. Okabe^B, A. Koda^B

7: Magnetic phase diagram and quantum critical point in spin-1/2 zigzag-chain antiferromagnet CaCoV₂O₇; Max Planck Institute for Solid State Research; Arvind K Yogi, ^○Masahiko Isobe
8: Emergent One-dimensional magnetism in the S=1/2 two-dimensional maple-leaf-lattice antiferromagnet Bluebellite; Department of Applied Physics and Chemical Engineering, Tokyo University of Agriculture and Technology, ISSP, University of Tokyo^A; Yuya Haraguchi, Zenji Hiroi^A
9: Quantum magnetism of s=1/2 Heisenberg model on a maple leaf lattice; Dept. Basic Science, Univ. of Tokyo; Ryo Makuta, Chisa Hotta
10: Magnetic Properties of Spin-1/2 Square-Lattice Heisenberg Antiferromagnet SrLaCuMO₆ (M = Sb, Nb); Dept.of Phys., Tokyo Tech, KEK-IMSS^A, TAC-MI, Tokyo Tech^B; Masari Watanabe, Nobuyuki Kurita, Masato Hagihala^A, You-ichiro Matsushita^B, Hidekazu Tanaka
11: Quantum magnetism of pseudospin 1/2 honeycomb lattice YbCl₃ determined by NMR measurement; Dept. of Phys., Univ. of Tokyo^A, Max-Planck Institute for Solid State Research^B; Eria Imada^A, Y. Matsumoto^B, S. Schnierer^B, J. Bruin^B, K. Kitagawa^A and H. Takagi^A,B
12: Phase transition behaviors of the magnon BEC in the interacting dimer system TlCuCl₃ studied by high field ESR; IMR, Tohoku Univ., Tokyo Inst. Tech.^A; N. Watanabe, S. Kimura, S. Awaji, H. Tanaka^A
13: High-frequency ESR measurement in dimer antiferromagnet CoSeO₃･2H₂O IV; Molecular Photoscience Research Center, Kobe Univ.^A, Dept. of Phys., Kobe Univ.^B, Research Facility Center for Science and Technology, Kobe Univ.^C, Dept. of Appl. Phys, Univ. of Fukui^D, JST PREST^E, Research Center for Development of FIR, Univ. of Fukui^F; S. Okubo^A,B, F. Funakoshi^B, K. Takahashi^B, Y. Saito^C, S. Hara^D, T. Sakurai^C, H. Takahashi^A,E, E. Ohmichi^B, H. Ohta^A,B, H. Kikuchi^D, Y. Fujii^F

^●1: Development of High Field X-ray diffraction and application of oxide superconductors; IMR, Tohoku Univ.; H. Nojiri
2: Development of the thermally detected high-frequency electron spin resonance spectroscopy; Molecular Photoscience Research Center, Kobe Univ.^A, Graduate School of Science, Kobe Univ.^B, JST PRESTO^C; H. Takahashi^A,C, E. Ohmichi^B, H. Ohta^A
3: Improvement of sensitivity of pulsed ESR spectrometer using gyrotron; FIR-UF; S. Mitsudo, T. Sano, K. Hayashi, Y. Ishikawa, S. Hara, Y. Fujii
4: Magnetic domain imaging using diamond quantum sensor; Tokyo Univ.^A, Tokyo Tech^B, Osaka Univ.^C; Moeta Tsukamoto^A, Kensuke Ogawa^A, Masashi Kawaguchi^A, Masamitsu Hayashi^A, Yuto Ozawa^B, Takayuki Iwasaki^B, Mutsuko Hatano^B, Kento Sasaki^A, Kensuke Kobayashi^A,C
5: Development of temperature imaging technique using diamond quantum sensor; The Univ. of Tokyo^A, Osaka Univ.^B; Kensuke Ogawa^A, Moeta Tsukamoto^A, Kento Sasaki^A, Kensuke Kobayashi^A,B

6: Machine learning approach for prediction of NQR frequency II; Department of Physics, Tokyo Medical University; F. Iwase
7: Effect of magnetism-dependent phonons on equilibrium magnetic states from first principles; Dept. Mater. Sci. Eng., Tokyo Tech; Tomonori Tanaka, Yoshihiro Gohda
8: Interaction between magnetic skyrmions and antiskyrmions in a Heusler material; Graduate School of Engineering, Nagoya Univ., Graduate School of Engineering Science, Akita Univ.^A, IMaSS, Nagoya Univ.^B; D. Shimizu, T. Nagase, Y. G. So^A, M. Kuwahara^B, N. Ikarashi^B, M. Nagao^B
9: Discrete time crystal using quadrupole nuclear spin; Nagoya Univ.; Y. Ando, Y. Shimizu, M. Itoh

^●1: Multicritical pinch-offs on the Triangular and Kagome lattice.; Okinawa Inst. of Sci. and Tech.^A, Tata Inst. of Fundamental Res., Mumbai, India^B; Geet Rakala^A, Kedar Damle^B
^●2: Analogues of light and gravity in the collective excitations of quantum magnets; OIST^A, Waseda Univ.^B, Rice Univ.^C; Leilee Chojnacki^A, Rico Pohle^B, Han Yan^A,C and Nic Shannon^A
^●3: Projective symmetry group classifications of quantum spin liquids on the simple cubic, body centered cubic, and face centered cubic lattices; Okinawa Inst. of Sci. and Tech.; Jonas Sonnenschein
4: Two-dimensional coherent spectroscopy and photon echo in quantum spin chains; Chinese Academy of Sciences, ISSP UTokyo^A; Zi-Long Li, ^○Masaki Oshikawa^A, Yuan Wan
5: Criticality of quantum phase transition between the helical valence-bond and antiferromagnetic phases; IOP^A, BU^B; Jun Takahashi, Bowen Zhao, Anders W. Sandvik
6: Magnetization Process of Antiferromagnetic Chain with the Bi-Quadratic Interaction; Univ. Hyogo^A, QST SPring-8^B; Toru Sakai^A,B, Madoka Teramura^A, Rintaro Niyama^A, Rito Furuuchi^A
7: symmetry protected topological phase of the S=2 antiferromagnetic chain with the biquadratic interaction; Univ. Hyogo^A, Kobe U^B, Osaka Pref U^C, QST SPring-8^D; Takaharu Yamada^A, Rito Furuuchi^A, Hiroki Nakano^A, Hirono Kaneyasu^A, Kiyomi Okamoto^A, Takashi Tonegawa^B,C, Toru Sakai^A,D

8: Nematic TLL Phase of the S=1/2 Ferromagnetic-Antiferromagnetic Bond-Alternating Chain: Perturbation Theory; Univ. of Hyogo^A, Kobe Univ.^B, Osaka Prefecture Univ.^C, Kyushu Univ.^C, QST/SPring-8^E; Kiyomi Okamoto^A, Takashi Tonegawa^B,C, Kiyohide Nomura^D, Toru Sakai^A,E
9: Nematic TLL Phase of the S=1/2 Ferromagnetic-Antiferromagnetic Bond-Alternating Chain: Numerical Calculations; Kobe Univ.^A, Osaka Prefecture Univ.^B, Univ. of Hyogo^C, Kyushu Univ.^D, QST/SPring-8^E; Takashi Tonegawa^A,B, Kiyomi Okamoto^C, Kiyohide Nomura^D, Toru Sakai^C,E
10: spin nematic phase of the anisotropic bond-alternating chain; Univ. Hyogo^A, Kobe U^B, Osaka Pref U^C, QST SPring-8^D; Ryosuke Nakanishi^A, Rito Furuuchi^A, Yasumasa Hasegawa^A, Hiroki Nakano^A, Hirono Kaneyasu^A, Kiyomi Okamoto^A, Takashi Tonegawa^B,C, Toru Sakai^A,D
11: Description of spin nematic phases by dimer basis and two-magnon bound states; Dept. of Basic Science, Univ. of Tokyo, YITP, Kyoto Univ.^A; Katsuhiro Tanaka, Keisuke Totsuka^A, Chisa Hotta
12: Generating Function for Tensor Network Diagrammatic Summation; Institute for Solid State Physics, University of Tokyo, University of Maryland^A, Max-Planck-Institute for Quantum Optics^B; Wei-Lin Tu, Huan-Kuang Wu^A, Norbert Schuch^B, Naoki Kawashima, Ji-Yao Chen^B
13: Quantum spin solver near saturation: QS³; Osaka Univ., PRESTO^A, RIKEN^B, OIST^C; Hiroshi Ueda^A, Seiji Yunoki^B, Tokuro Shimokawa^C
14: Application of the generalized squeezed ensemble; KIS, Univ. Tokyo, Dept. Basic Science, Univ. Tokyo; Yasushi Yoneta, Akira Shimizu

Program

Division 3