JPS 78th Annual Meeting (2023)

1: Field direction dependence of magnetotransport in magnetic Weyl semimetal EuCd₂Sb₂ films; Dept. of Physics, Tokyo Tech.^A, RIKEN Center for Emergent Matter Science^B, Dept. of Applied Physics, Univ. of Tokyo^C; A. Nakamura^A, S. Nishihaya^A, M. Kriener^B, Y. Watanabe^A, M. Kawasaki^B,C, M. Uchida^A
2: Fabrication of low-carrier-density films of Weyl semimetal candidate EuCd₂As₂; Dept. of Physics, Tokyo Tech.^A, Dept. of Applied Physics, Univ. of Tokyo^B, RIKEN Center for Emergent Matter Science^C; S. Nishihaya^A, A. Nakamura^A, M. Ohno^B, M. Kriener^C, Y. Watanabe^A, M. Kawasaki^B,C, M. Uchida^A
3: Controlling of the polar structure and the spin-valley coupling in layered Dirac metal Ba_1-xSr_xMnBi₂; Dept. of Phys., Osaka Univ.^A, ISSP, The University of Tokyo^B, Institute for Materials Research, Tohoku Univ.^C; M. Kondo^A,B, H. Sakai^A, A. Yamada^B, M. Kimata^C, M. Tokunaga^B, A. Miyake^B,C, Y. Kinoshita^B, H. Murakawa^A, N. Hanasaki^A
4: Experimental determination of Weyl dispersion of RAlSi (R : Ce, Nd) using SX-ARPES and 3D photoelectron intensity analysis; Fac. Sci., Hiroshima Univ., Grad. Sch. Adv. Sci., Hiroshima Univ.^A, WPI-SKSM2^B, JASRI^C, Toyama Pref. Univ.^D; Yusei Morita, K. Nakanishi^A, T. Iwata^A,B, K. Ohwada^A, Y. Nishioka^A, T. Kousa^A, M. Nurmamat^A, K. Yamagami^C, A. Kimura^A,B, T. Yamada^D, H. Tanida^D, and Kenta Kuroda^A,B
5: Low-temperature physical properties of a magnetic Weyl semimetal candidate NdAlGe; NIMS^A, Fukushima KOSEN^B; Naoki Kikugawa^A, Taichi Terashima^A, Takashi Kato^A,B, Momoko Hayashi^A, Hitoshi Yamaguchi^A, Shinya Uji^A
6: Nernst effect of high-mobility Weyl electrons in NdAlSi enhanced by a Fermi surface nesting instability; Dept. of Appl. Phys., The Univ. of Tokyo^A, RCAST, The Univ. of Tokyo^B, RIKEN CEMS^C, ISSP, The Univ. of Tokyo^D, Tokyo College, The Univ. of Tokyo^E; R. Yamada^A, T. Nomoto^B, R. Arita^B,C, A. Kikkawa^C, Y. Taguchi^C, A. Miyake^D, M. Tokunaga^D, Y. Tokura^A,C,E, M. Hirschberger^A,C

7: Weak Localization in hBN-encapsulated Twisted Double Bilayer Graphene II; ISSP, University of Tokyo, NIMS^A; M. Kashiwagi, K. Uchida, K. Watanabe^A, T. Taniguchi^A and T. Osada
8: Controlling quantum interference in magic-angle twisted bilayer graphene; ETH Zurich, NIMS^A; Shuichi Iwakiri, Alexandra Mestre Tora, Elías Portolés, Marta Perego, Giulia Zheng, Takashi Taniguchi^A, Kenji Watanabe^A, Thomas Ihn, and Klaus Ensslin
9: Kinetic inductance measurement of van der Waals superconductor using circuit QED; MIT，NIMS^A; Miuko Tanaka，Joel I-J Wang，Daniel Rodan-Legrain，Thao Dinh，Sameia Zeman，Iran Rosen，Max Heys，Simon Gustavsson，Kyle Serniak，Kenji Watanabe^A，Takashi Taniguchi^A，Terry Orlando，Pablo Jarillo Herrero，William D. Oliver
10: Resistance-detected electron spin resonance measurement of single-layer graphene; Tohoku Univ. Sci., QST^A, JAIST^B, Tohoku Univ. CSIS^C; Kairi Kaneta, Songtian Li^A, Seiji Sakai^A, Toshu An^B, Katsushi Hashimoto^C
11: Transport properties of 3D graphene transistor under magnetic fields; Dep. Appl. Sci. Okayama Univ. Sci., Division of Appl. Phys., Univ. of Tsukuba^A, IMR, Tohoku Univ.^B; Yoichi Tanabe, Yoshikazu Ito^A, Shojiro Kimura^B

1: Applying the Worldvolume Hybrid Monte Carlo method to dynamical fermion systems I; Kyoto Univ.^A, Hiroshima Univ.^B; Masafumi Fukuma^A, Yusuke Namekawa^B
2: Applying the Worldvolume Hybrid Monte Carlo method to dynamical fermion systems II; Kyoto Univ.^A, Hiroshima Univ.^B; Masafumi Fukuma^A, ^○Yusuke Namekawa^B
^●3: First-principle calculations in quantum cosmology by the generalized Lefschetz thimble method; SOKENDAI，KEK^A; Chien Yu Chou，Jun Nishimura^A
4: Monte Carlo study of Schwinger model without the sign problem by bosonization; YITP, Kyoto University; Hiroki Ohata
5: Quantum Simulation of the Schwinger Model at Finite Temperature and Density Using Quantum Imaginary Time Evolution; The Univ. of Tokyo, YITP, Kyoto Univ.^A, RIKEN^B; Juan W. Pedersen, Etsuko Itou^A,B, Rongyang Sun^B, Seiji Yunoki^B
6: Curved Shamir Type Domain-wall Fermion; Osaka Univ.; ^○Shoto Aoki, Hidenori Fukaya, Naoto Kan

7: Fractional topological charge in 4d lattice SU(N) gauge theory; Kyushu Univ., Osaka Univ.^A, YITP, Kyoto Univ.^B; Motokazu Abe, Okuto Morikawa^A, Soma Onoda, Hiroshi Suzuki, Yuya Tanizaki^B
8: Lattice formulation of magnetic operators in 2D compact scalar theories; Dept. of Phys. Kyushu Univ.，Dept. of Phys. Osaka Univ.^A，YITP^B; Motokazu Abe，Okuto Morikawa^A，^○Soma Onoda，Hiroshi Suzuki，Yuya Tanizaki^B
9: Higher-group symmetry in lattice gauge theories with restriction of instanton numbers; Kyushu University, Osaka University^A; Motokazu Abe, Naoto Kan^A, ^○Okuto Morikawa^A, Yuta Nagoya^A, Soma Onoda, Hiroki Wada^A
10: Why magnetic monopole becomes dyon in topological insulators; Osaka Univ.; Shoto Aoki, Hidenori Fukaya, ^○Naoto Kan, Mikito Koshino, Yoshiyuki Matsuki
11: Higgs-confinement continuity in light of particle-vortex statistics; YITP, Kyoto Univ.; Yui Hayashi
12: Monopoles of the Dirac type and color confinement in QCD; RCNP/Osaka Univ.; Tsuneo Suzuki
13: Dimensional Reduction Gauge and Confinement Analysis in SU(3) Lattice QCD; Kyoto Univ.; Kei Toume, Hideo Suganuma

1: Two-Dimensional Superconductivity of Ca-Intercalated Graphene on SiC: Focused on the Interface between Graphene and the Substrate; Univ. of Tokyo, Tokyo tech^A, ISSP^B, Anritsu^C; Haruko Toyama, Ryota Akiyama, Satoru Ichinokura, Mizuki Hashizume, Takushi Iimori, Yukihiro Endo, Rei Hobara, Tomohiro Matsui, Kentaro Horii, Shunsuke Sato, Toru Hirahara, Fumio Komori, and Shuji Hasegawa
2: Electronic structures of monolayer TiCh₂(Ch=S,Se,Te)films studied by high-resolution ARPES; Dept. Phys., Tohoku Univ.^A, JST-PRESTO^B, WPI-AIMR, Tohoku Univ.^C, CSIS, Tohoku Univ.^D, KEK-IMSS-PF^E, QST^F, IMRAM, Tohoku Univ.^G, SRIS, Tohoku Univ.^H, and MathCCS, Tohoku Univ.^I; K. Yanagizawa^A, T. Kawakami^A, K. Nakayama^A, K. Sugawara^A,B,C, S. Souma^C,D, M. Kitamura^E,F, K. Horiba^F, H. Kumigashira^G, T. Takahashi^A, and T. Sato^A,C,D,H,I
3: Theoretical study of nonlinear optical effects in organic conductors; Univ. of Tokyo; Keisuke Kitayama, Masao Ogata
^●4: Polysilyne in two-dimensional flat sheet: A silicon-based Dirac material; Dept. Phys., Grad. Sch. Sci., Tohoku Univ.; Masae Takahashi
5: Prediction of edge structure dependence of carrier mobility in SiC₆ siligraphene nanoribbons by first-principles calculations; Graduate School of Engineering, Hokkaido University; Iwaki Kota, Egami Yoshiyuki
^●6: Band structure of 1D-rippled graphene; Kyushu Univ.; Anton Visikovskiy，Satoru Tanaka

7: Effects of intervalley scattering on topological Hall effect in graphene; Japan Academy; Tsuneya Ando
8: Edge current distributions and W_∞ gauge theory in graphene in a magnetic field; YITP, Kyoto University; K. Shizuya
9: Single Electron Generation and Current Noise in One-Dimensional Interacting Electron Systems; ISSP, Univ. of Tokyo, Aix Marseille Univ.^A; Kota Fukuzawa, ^○Takeo Kato, Thibaut Jonckheere^A, Jerome Rech^A, Thierry Martin^A
10: Effects of spatially modulated strain and shape on the conductance of a graphene nano-structure; Akita Univ., Nara Women's Univ.^A, Univ. Tsukuba^B; Masahiko Hayashi, Hideo Yoshioka^A, Akinobu Kanda^B

1: Magnetic field effects in a three-dimensional singular flat band; Dept. of Phys. Osaka Univ.; Yuji Igarashi, Takuto Kawakami and Mikito Koshino
2: Bulk-boundary correspondence in fragile topological phases in AZ+I classification; AIMR, Tohoku Univ.; Ryo Takahashi, Tomoki Ozawa
3: π-flux and corner states in topological crystalline insulators; NIMS-MANA; Toshikaze Kariyado
4: Band curvature effects on quantum transport of spin-1 fermions; Nagoya Univ.; Risako Kikuchi, Ai Yamakage
5: Analysis of the nonlinear eigenvalue problem by the indirect bulk-boundary correspondence; Univ. of Tsukuba, Dept. of Phys. Kyoto Univ.^A; Takuma Isobe, Tsuneya Yoshida^A, Yasuhiro Hatsugai
6: A systematic construction of topological invariants based on Atiyah-Hirzebruch spectral sequence; RIKEN iTHEMS, YITP, Kyoto Univ.^A; Seishiro Ono, Ken Shiozaki^A
^●7: Braiding Majorana modes in striped topological superconductors with inhomogeneous order; Univ. of Tokyo，Keio Univ.^A，Osaka Univ.^B; Pasquale Marra，Daisuke Inotani^A，Takeshi Mizushima^B，Muneto Nitta^A

8: Topological Superconductivity in Ammann-Beenker Quasicrystals at Half-Filling; Dept. of Appl. Phys., Fac. of Sci., Tokyo Univ. of Sci., Dept. of Appl. Phys., Fac. of Adv. Eng., Tokyo Univ. of Sci.^A; K. Saito，M. Hori，R. Okugawa^A，T. Tohyama^A
9: Weyl superconductivity in quasicrystals; Fac. of Adv. Eng., Dept. of Appl. Phys. Tokyo Univ. of Sci.^A，Fac. of Sci. Div. I, Dept. of Appl. Phys. Tokyo Univ. of Sci.^B，Dept. of Phys. and Eng. Phys. and Cent. for Quant. Topo. and Appl. Univ. of Saskatchewan^C; R. Okugawa^A,B, M. Hori^B,C, K. Tanaka^C, T. Tohyama^A,B
10: Magnon-mediated superconductivity with magnetic wallpaper fermions; Nagoya Univ.; Koki Mizuno, Ai Yamakage
11: Dynamical response of Majorana Ising spin in topological superconductor-magnet hybrids; WIAS, Nagoya University^A, KITS^B; Yuya Ominato, Ai Yamakage^A, Mamoru Matsuo^B
12: Formulation of the boundary Green's function and current characteristics in the Kitaev chain model; Nara Women's Univ., Callaghan Innovation Res. Inst.^A; Yukimi Kanai, Shuichi Iwabuchi^A
13: Green's function in finite length Kitaev chain model; Nagoya Univ., Wurzburg Univ.^A; Yukio Tanaka, Shun Tamura^A

1: An effective model for material with curvature: Symmetry consideration; Dept. of Phys. Nagoya Univ., ISSP, Univ. of Tokyo^A, Dept. of Phys. Meiji Univ.^B, Spintronics Center Keio Univ.^C, Dept. of Phys. Tohoku Univ.^D, NIT, Sendai College^E, Kavli-ITS UCAS^F; Ai Yamakage, T. Sato^A, R. Okuyama^B, T. Funato^C, W. Izumida^D, K. Sato^E, T. Kato^A, M. Matsuo^F
2: Tight-Binding Model and Band Structure of a Material with Curvature; ISSP, Univ. of Tokyo, Dept. of Phys. Nagoya Univ.^A, Dept. of Phys. Meiji Univ.^B, Spintronics Center Keio Univ.^C, Dept. of Phys. Tohoku Univ.^D, NIT, Sendai College^E, Kavli-ITS UCAS^F; T. Sato, Ai Yamakage^A, R. Okuyama^B, T. Funato^C, W. Izumida^D, K. Sato^E, T. Kato, M. Matsuo^F
3: Acousto-magnonic Hall effect in atomically thin two-dimensional antiferromagnets; Dept. of Phys. Kyoto Univ., UCAS Kavli-ITS^A, WIAS Waseda Univ.^B; Ryotaro Sano, Yuya Ominato^A,B, and Mamoru Matsuo^A
4: Fano-resonant perpendicular electronic transport in twisted graphite; Dept. of Phys., Osaka Univ.; Tenta Tani, Takuto Kawakami, Mikito Koshino
^●5: High-Throughput Structure Search of Novel Delafossites; Jap Adv Inst of Sci and Tech - JAIST^A, RCACI-JAIST^B; Abdul Ghaffar^A, Tom Ichibha^A, Kenta Hongo^B, Ryo Maezono^A

^●6: Phonons and thermal transport in moiré superlattices; Osaka Univ.; Lukas P. A. Krisna，Takuto Kawakami，Mikito Koshino
7: Shift current response in twisted double bilayer graphene; Dept. of Phys. Osaka Univ.; Takaaki Joya, Takuto Kawakami, Mikito Koshino
^●8: Electronic states in the quantum-wire network of moiré systems; Inst. of Phys.，Academia Sinica，Taiwan; Chen-Hsuan Hsu
9: Electronic properties of commensurate van der Waals hetero-multilayers of metallic and semiconducting transition-metal dichalcogenides; KUAS; Tetsuro Habe

1: （Symposium Session.） Introduction; Department of Precision Engineering, Osaka University; Takuma Hattori
2: （Symposium Session.） New nanomaterials synthesized by non-equilibrium chemical synthesis; The Hakubi Center for Advanced Research, Kyoto University; Kohei Kusada
3: （Symposium Session.） Nondestructive visualization of the external shape and internal strain distribution for a single crystalline particle of tens to hundreds of nm size using Bragg coherent X-ray diffraction imaging; National Institutes for Quantum Science and Technology; Norihiro Oshime
4: （Symposium Session.） Electronic structure calculation of physical property and reactivity of metal nanoparticles; Graduate School of Advanced Science and Engineering, Hiroshima University; Takayoshi Ishimoto

5: （Symposium Session.） Control of hierarchical structures of nanotube thin films and their thermoelectric properties; Tokyo Metropolitan University; Kazuhiro Yanagi
6: （Symposium Session.） Twist-controlled heterostructure based on two-dimensional materials; Institute of Industrial Science, The University of Tokyo; Rai Moriya
7: （Symposium Session.） Quantum features of electrical conductance in superconductors adsorbing or absorbing hydrogen; Faculty of Engineering, Kyushu University; Tatsuya Kawae

1: Effects of orbital splitting on the three-body Fermi-liquid corrections in SU(4) quantum dots Ⅱ; Osaka Metropolitan University^A, NITEP Osaka Metropolitan University^B, Keio University^C; Kaiji Motoyama^A, Yoshimichi Teratani^A,B, Rui Sakano^C, and Akira Oguri^A,B
2: Full counting statistics and kinetic unceratainty relation of a SINIS turnstile device; Mie Univ., Aalto Univ.^A; Yasuhiro Utsumi, Jukka Pekola^A, Dmitry Golubev^A
3: Electron transport through single colloidal PbS quantum dots; Tohoku Inst. Tech., IIS, Univ. of Tokyo^A, RIEC, Tohoku Univ.^B, RIKEN CEMS^C, Tokyo Univ. Agri. Tech.^D, and Dep. Appl. Phys., Univ. of Tokyo^E; K. Shibata, M. Yoshida, K. Hirakawa^A, T. Otsuka^B, S. Bisri^C,D, Y. Iwasa^C,E
4: Formation of a few quantum dots in short channel GaN FETs; RIEC and Department of Electronic Engineering, Graduate School of Engineering, Tohoku Univ., ROHM^A; Kazuma Matsumura, Takaya Abe, Takahito Kitada, Takeshi Kumasaka, Norikazu Ito^A, Taketoshi Tanaka^A, Ken Nakahara^A, Tomohiro Otsuka
5: Improving generalization ability of charge-state estimation in quantum dots by machine learning; RIEC and Department of Electronic Engineering, Graduate School of Engineering, Tohoku Univ., LeapMind^A, CEMS RIKEN^B, Ruhr Univ. Bochum^C, UDAC Tohoku Univ.^D; Yui Moto, Takumi Nakaso^A, Takumi Aizawa, Motoya Shinozaki, Takahito Kitada, Takashi Nakajima^B, Matthieu R. Delbecq^B, Jun Yoneda^B, Kenta Takeda^B, Akito Noiri^B, Arne Ludwig^C, Andreas D. Wieck^C, Seigo Tarucha^B, Atsunori Kanemura^A, Motoki Shiga^D, Tomohiro Otsuka
6: Improving the dynamic range of a charge sensor through high-speed PID control of radio-frequency reflectometry; AIMR Tohoku Univ., Tohoku Univ.^A; ^○Motoya Shinozaki, Yoshihiro Fujiwara^A, Kazuma Matsumura^A, Kosuke Noro^A, Riku Tataka^A, Shoichi Sato^A, Takeshi Kumasaka^A, Tomohiro Otsuka
7: Fast and high-fidelity readout of spin qubit in silicon; RIKEN CEMS^A, RIKEN RQC^B, QuTech, Delft University of Technology^C, Netherlands Organisation for Applied Scientific Research^D, Kavli Institute of Nanoscience, Delft University of Technology^E; A. Noiri^A, K. Takeda^A, T. Nakajima^A, L. C. Camenzind^A, T. Kobayashi^B, A. Sammak^C,D, G. Scappucci^C,E and S. Tarucha^A,B

8: Energy level statistics of oligopeptide; CST, Nihon Univ.; Masanori Yamanaka
9: Stochastic method for the L² localisation landscape in disordered electronic system; Dept. of Phys., Osaka Univ.; Masataka Kakoi, Keith Slevin
10: Photonic heat transport through a Josephson junction; Univ. Tsukuba, ISSP, Univ. Tokyo^A, Yale Univ.^B, Univ. Grenoble Alpes, CEA^C; Tsuyoshi Yamamoto, Takeo Kato^A, Leonid Glazman^B, Manuel Houzet^C
11: Berry's phase and Born-Oppenheimer approximation in anomalous Hall effect; RIKEN, Nihon Univ.^A; Kazuo Fujikawa, ^○Koichiro Umetsu^A
12: Exactly solvable model for non-Abelian quasiparticles; Kyushu Univ.^A, Penn State^B, IISER Pune^C; Koji Kudo^A,B, A. Sharma^B, G. J. Sreejith^C, J. K. Jain^B
13: Quantum-dot heat engine for non-thermal Tomonaga-Luttinger liquid; Tokyo Inst. Tech., NTT Basic Res. Labs.^A; H. Yamazaki, M. Uemura, T. Hata, C. J. Lin, T. Akiho^A, K. Muraki^A, T. Fujisawa
14: Observation of expanding and contracting quantum Hall edges for analog universe experiments; Dept. of Phys. Tohoku Univ.^A, NIMS^B; Yunhyeon Jeong^A, Masahiro Hotta^A, Takaaki Mano^B, Yusa Go^A

1: （Symposium Session.） Introduction; AIMR, Tohoku Univ.; Takafumi Sato
2: （Symposium Session.） First-principles exploration of topological magnetic materials; RCAST, Univ. Tokyo; Ryotaro Arita
3: （Symposium Session.） Anomalous Quantum Transport and its Control in Magnetic Weyl Semimetals; Dept. of Physics, Univ. Tokyo; Satoru Nakatsuji
4: （Symposium Session.） Magnetotransport phenomena in magnetic Weyl semimetal films; Tokyo Tech.; Masaki Uchida

5: （Symposium Session.） Spin-electromagnetic responses in magnetic Weyl semimetals; Dept. of Physics, Kyushu Univ.; Kentaro Nomura
6: （Symposium Session.） Spin torque originating from Weyl electrons in ferromagnetic oxide SrRuO3; Hokkaido Univ.; Michihiko Yamanouchi
7: （Symposium Session.） Light-control of magnetic Weyl semimetals; CRC, Univ. Tokyo; Ryo Shimano

1: （Symposium Session.） Aim of the symposium; ISSP, Univ. Tokyo; Shuntaro Tani
2: （Symposium Session.） Basics and applications of ultra-fast gain switching in semiconductor lasers; ISSP, Univ. Tokyo; Hidefumi Akiyama
3: （Symposium Session.） Short-pulse high-peak-power laser oscillation based on self-evolving photonic crystals; Dept. Eng. Kyoto Univ.; Takuya Inoue
4: （Symposium Session.） Entropy of radiation redefining various one-dimensional excitonic light emissions; Inst. Adv. Ene., Kyoto Univ.; Taishi Nishihara
5: （Symposium Session.） Micromechanical engineering of a long-lived luminous ensemble -Suppression of inhomogeneous; NTT BRL; Ryuichi Ohta

6: （Symposium Session.） Exploring the spacetime created by quantum Hall edges through luminescence; Dept. of Phys, Tohoku Univ.; Go Yusa
7: （Symposium Session.） Coherent and incoherent radiations from solids driven by intense light wave; Dept. of Phys., Kyoto Univ.; Kento Uchida
8: （Symposium Session.） Control of nanoscale tunnel current and induced luminescence by terahertz pulses; Dept. Eng. Yokohama National Univ.; Ikufumi Katayama
9: （Symposium Session.） Looking ahead to the future of studies on excited states and radiation fields; Grad. Sch. of Eng. Sci., Osaka Univ.; Hajime Ishihara

1: （Invited Presentation.） How to Write an Abstract for the JPS Meeting; Osaka University, Department of Physics; KOSHINO Mikito
2: （Invited Presentation.） Quantum transport in twisted van der Waals junctions of 2D materials; The University of Tokyo, Institute of Industrial Science; MACHIDA Tomoki
3: Transport property of monolayer graphene under perpendicular electric field; RIIS, Okayama University; Yuki Yamamoto, Hidenori Goto, Lei Zhi, Chihoko Takeda, Mizuki Uetsune, Misuzu Kitahara, Ritsuko Eguchi, Yoshihiro Kubozono
4: Light emission from multilayer graphene; NTT BRL, Anritsu ARL^A; K. Sasaki, K. Hitachi, M. Kamada^A, T. Matsui^A

^●5: Energetics and electronic properties of Janus WSSe; University of Tsukuba; Yanlin Gao, Susumu Okada
6: Nernst Effect of Black Phosphorus under Hydrostatic Pressure; Dept. of Phys. Gakushuin, Univ. of Hyogo; Taisei Uchida, Takayuki Futa, Kohei Yokoi, Yuichi Akahama, Yo Machida
7: Diffusion of Oxygen Atoms Through V₆ Vacancy for the Fundamental Understanding of Graphene Oxide ReRAM Mechanisms: First-Principles Calculations; Tokyo City University; Takazumi Kawai
8: Cancellation
9: Electronic states and topological properties in 2D biphenylene network; Kwansei Gakuin Univ.; Keiki Koizumi, Phan Thanh Huyen, Katsunori Wakabayashi
10: Creation of AI-Neuromorphic device using laser-beam irradiated few-atom-layer MoS2; Aoyama Gakuin Univ.^A, Appl. Phys., The University of Tokyo^B, Mechanical Engi., The University of Tokyo^C, Indust. Sci., The University of Tokyo^D; M. Kosugi^A, R. Obata^A, Y. Sekiguchi^A, C. Tomatsu^A, T. Kikkawa^B, K. Otsuka^C, S. Maruyama^C, E. Saitoh^B, J. Haruyama^A,D
11: Observation of TMR/GMR properties and correlation with helical edge spin currents based on atomically thin magnetic layers Fe3GeTe2; Aoyama Gakuin Univ.^A, Appl. Phys., The University of Tokyo^B, Mechanical Engi., The University of Tokyo^C, Indust.Sci., The University of Tokyo^D; R. Obata^A, M. Kosugi^A, Y. Sekiguchi^A, C. Tomatsu^A, T. Kikkawa^B, K. Otsuka^C, S. Maruyama^C, E. Saitoh^B, J. Haruyama^A,D

1: Theory of the inverse Edelstein effect using spin pumping; ISSP, Univ. of Tokyo, KITS, Univ. of Chinese Academy of Sciences^A, CEMS, RIKEN^B, ASRC, JAEA^C; M.Yama, M.Matsuo^A,B,C, T.Kato
2: Magnon current induced by electric field via AC effect and its behavior at BEC transition point; Osaka Univ.; Kazuki Yamamoto, Takuto Kawakami, Mikito Koshino
3: Cancellation
4: Interfacial transmission of phonon angular momentum; Dept. of Phys., Univ. of Tokyo, Dept. of Basic Science, Univ. of Tokyo^A, IMS QuaRC^B; Yuta Suzuki, Shuntaro Sumita^A, Yusuke Kato^A,B
5: Magnetization control of the superconducting diode effect in multi-element superlattices; ICR, Kyoto Univ.^A, Niigata Univ.^B, CSRN, ICR, Kyoto Univ.^C, Dep. of Phys., Kyoto Univ.^D, CSRN, Osaka Univ.^E; H. Narita^A, J. Ishizuka^B, D. Kan^A,C, Y. Shimakawa^A,C, Y. Yanase^D, T. Ono^A,C,E

^●6: Point-Gap Topology of a Non-Unitary Quantum Walk with Time-Reversal Symmetry; Division of Applied Physics, Hokkaido University; Zhiyu Jiang, Hideaki Obuse
7: Point-Gap Topology and Proximity Effects in Non-Hermitian Junction Systems; Division of Applied Physics, Hokkaido University; Geonhwi Hwang, Hideaki Obuse
8: Cancellation
9: The problem of linear conductivity in the quantum master equation and its improvement; Ritsumeikan Univ., The Univ. of Tokyo^A, Research Organization of Science and Technology, Ritsumeikan Univ.^B; Ibuki Terada, Sota Kitamura^A, Hiroshi Watanabe^B, Hiroaki Ikeda
10: Bulk-boundary correspondence in a non-Hermitian quantum spin-Hall insulator; Hiroshima Univ.; Y. Takane and C. Ishii

1: Observation of dynamic electromechanical response in layered topological semimetals MTe₂; Grad. Sch. Eng. Sci., Osaka Univ.; Y．Kurosaka，H．Takahashi，K．Kimura，S．Ishiwata
^●2: Thermoelectric Hall conductivity of topological nodal line semimetal ZrSiS; ISSP，Univ. of Tokyo; Andhika Kiswandhi，Toshihito Osada
3: Extremely Large Magnetoresistance and Quantum Oscillations in High Purity ZrSiS Single Crystals; Laboratory for Materials and Structures, Tokyo Institute of Technology; Shunki Sawada, Takao Sasagawa
4: Pressure dependence of the lattice constants of the superconducting line-nodal material CaSb₂; Kyoto Univ. Dep. of Phys., Toyota Riken-Kyoto University Research Center (TRiKUC)^A, JASRI^B; H. Takahashi, A. Ikeda^A, S. Kitagawa, H. Kadobayashi^B, N. Hirao^B, K. Ishida, Y. Maeno^A
5: Tunneling spectroscopy of superconducting nodal-line semimetal Pd-doped CaAgP; Dept. Appl. Phys. Nagoya Univ., ISSP Univ. Tokyo^A; Naoki Matsubara, Shota Nagasaka, Rikizo Yano, Kazushige Saigusa, Yoshihiko Okamoto^A, Koshi Takenaka, Satoshi Kashiwaya
6: Scanning tunneling spectroscopy of vortex core states in iron-based superconductors using superconducting STM tip; RIKEN CEMS, MSL, Tokyo Tech.^A, Dept. Applied Phys., Univ. of Tokyo^B; T. Machida, T. Hanaguri, T. Sasagawa^A, and T. Tamegai^B

7: NQR and computational study of topological semimetal TaSb₂; University of Hyogo^A, Max Planck Institute for Chemical Physics of Solids^B, Leibniz Institute for Solid State and Materials Research IFW Dresden^C; Takuto Fujii^A,B, O. Janson^C, H. Yasuoka^B, H. Rosner^B, Yu. Prots^B, U. Burkhardt^B, M. Schmidt^B, and M. Baenitz^B
8: Enhancement of the coercive field in the quantum anomalous Hall insulator V_y(Bi_xSb_1-x)_2-yTe₃ grown on a GaAs buffer layer; NTT BRL; Yusuke Nakazawa, Takafumi Akiho, Kiyoshi Kanisawa, Hiroshi Irie, Norio Kumada, and Koji Muraki
9: Surface Electronic State of Topological Insulator Fe-doped BiSbTe₂Se Observed in the Transport Properties in Magnetic Fields; Dept. Appl. Phys. Nagoya Univ., MSL. Tokyo Tech.^A; Tsuyoshi Tanda, Rikizo Yano, ^○Haruka Taniguchi, Sion Lim, Sho Nakosai, Hishiro T. Hirose^A, Takao Sasagawa^A, Satoshi Kashiwaya
10: Cyclotron resonance study on Bi_1-xSb_x; National Institute for Materials Science, University of Electro-Communications^A, The Institute for Solid State Physics (ISSP), The University of Tokyo^B; Kanji TAKEHANA, Yasutaka IMANAKA, Yuki FUSEYA^A, Yuto KINOSHITA^B, Akiyoshi YAMADA^B, Masashi TOKUNAGA^B

1: Non-Bloch band theory of generalized eigenvalue problems; The University of Tokyo^A, Tokyo Institute of Technology^B, IPI, The University of Tokyo^C; Kazuki Yokomizo^A, Taiki Yoda^B, Yuto Asida^A,C
2: Nonsymmorphic-symmetry-enforced non-Hermitian skin effects; Dept. of Phys., Tokyo Inst. of Tech., AIMR, Tohoku Univ.^A, Dept. of Appl. Phys., Tokyo Univ. of Sci.^B; Yutaro Tanaka, Ryo Takahashi^A, Ryo Okugawa^B
3: Nonlinearity-induced topological phase transition characterized by nonlinear Chern number; Grad. School of Engineering, Univ. Tokyo, Grad. School of Science, Univ. Tokyo^A; Kazuki Sone, Yuto Ashida^A, Nobuyuki Yoshioka, Takahiro Sagawa
4: Universal platform of point-gap topological phases from topological materials; YITP, Kyoto University, Graduate School of Engineering, Kyushu Institute of Technology^A; Daichi Nakamura, Kazuya Inaka, Nobuyuki Okuma^A, Masatoshi Sato
5: Non-Hermitian skin effect in dissipative superconductors with supercurrent; YITP, Kyoto Univ.; Kenji Shimomura, Masatoshi Sato

6: Topology of quantum feedback control; Univ. of Tokyo^A, iπ, Univ. of Tokyo^B, RIKEN CEMS^C; Masaya Nakagawa^A and Masahito Ueda^A,B,C
7: Charged particles in a two dimensional plane with an imaginary magnetic field; Tohoku AIMR, Keio Hiyoshi Physics^B, RIKEN iTHEMS^C; Tomoki Ozawa, Tomoya Hayata^A,B
8: Quantum transport in non-Hermitian systems on the Bethe lattice; IIS, Univ. Tokyo, Dept. Phys. Univ. Tokyo^A, Dept. Phys. Princeton Univ.^B; Naomichi Hatano, Hosho Katsura^A, Kohei Kawabata^B
9: Quasiparticles and delocalization transition in non-Hermitian integrable systems; ISSP, Tokyo Polytechnic Univ.^A, RCAST^B; Yuki Ishiguro, Jun Sato^A, Katsuhiro Nishinari^B
10: Activity-induced ferromagnetism in quantum many-body systems: Model and Phase diagram; Grad. Sch. of Sci. Univ. of Tokyo, RIKEN BDR^A, RIKEN CPR^B, IPI Univ. of Tokyo^C, RIKEN iTHEMS^D; Kazuaki Takasan, Kyogo Kawaguchi^A,B,C, ^○Kyosuke Adachi^A,D
11: Activity-induced ferromagnetism in quantum many-body systems: Perturbation theory and mean-field theory; Grad. Sch. of Sci. Univ. of Tokyo, RIKEN BDR^A, RIKEN CPR^B, IPI Univ. of Tokyo^C, RIKEN iTHEMS^D; Kazuaki Takasan, Kyogo Kawaguchi^A,B,C, ^○Kyosuke Adachi^A,D

1: （Symposium Session.） Introduction; Nagoya Univ., Dept. Appl. Phys.; Keiji Yada
2: （Symposium Session.） Engineering of superconducting phenomena derived from Andreev molecules; CEMS, Riken; Sadashige Matsuo
3: （Symposium Session.） Extension of Josephson effect by spin-orbit interaction and multi-terminal structure; Osaka Univ., Grad. Sch. Eng. Sci.; Tomohiro Yokoyama
4: （Symposium Session.） Observation of the crossover from quantum fluxoid to half-quantum fluxoid in a Bi/Ni superconducting device; Osaka Univ., Dept. Phys.; Yasuhiro Niimi
5: （Symposium Session.） Andreev bound states and reverse of supercurrent; Twente Univ.; Shu-Ichiro Suzuki

6: （Symposium Session.） Andreev-like reflection at a fractional-integer quantum Hall junction; ISSP, The University of Tokyo; Masayuki Hashisaka
7: （Symposium Session.） Quantum Hall/superconductor interface in a two-dimensional electron system; NIMS; Yusuke Kozuka
8: （Symposium Session.） Topological superconductor phases and transport in superconducting junctions; Kyushu Univ., Dept. Phys; Ryota Nakai
9: （Symposium Session.） Odd frequency Cooper pairs in superconducting junctions; JMU; Shun Tamura

1: Dirac Cone Formation in Single-component Molecular Conductors Based on Metal Dithiolene Complexes; RIKEN, Kumamoto Univ. MRC^A; Reizo Kato, Takao Tsumuraya^A
2: First-principles derivation of effective models for single-component molecular conductors: fragment molecular orbital and spin-orbit coupling; RIKEN^A, RIKEN CEMS^B, Tokyo Denki Univ.^C, Kumamoto Univ.^D, Tohoku Univ.^E; Hitoshi Seo^A,B, Makoto Naka^C, Takao Tsumuraya^D, Takashi Koretsune^E
3: The origin of the resistivity increase at low temperatures in the organic Dirac electron system α-(BETS)₂I₃ probed by pump-probe　spectroscopy; Hokkaido University, Ehime University^A; Satoshi Tsuchiya, Masato Kanai, Ryuhei Oka^A, Toshi Naito^A, Yasunori Toda
4: Electronic structure of the molecular conductor Α-(BETS)₂ I₃ probed by ARPES; Grad. Sch. Eng. Sci., Osaka Univ.^A, RIKEN^B; T.Aoyama^A, R.Miyake^A, K.Mizukami^A, K.Usui^A, H. Fujiwara^A, A. Sekiyama^A, R.Kato^B, T. Kiss^A
5: ¹³C NMR study on α-(BETS)₂I₃ under an in-plane magnetic field II; Dept. of Applied Phys., Univ. of Tokyo, Fukushima Medical Univ.^A, RIKEN^B, Dept. of Adv. Matter. Sci., Univ. of Tokyo^C, Max Planck Inst.^D, Stuttgart Univ.^E; T. Sekine, K. Sunami, K. Miyagawa, K. Hiraki^A, R. Kato^B, K. Kanoda^C,D,E

6: Flux state in organic Dirac fermion system; Kyoto Univ.; Takao Morinari
7: Theory for planar Hall effect in the organic Dirac fermion system; Kyoto Univ.; Yuki Nakamura, Takao Morinari
8: Anomaly in organic Dirac fermion system II; Toho Univ., Ehime Univ.^A, RIKEN^B; N. Tajima, Y. Kawasugi, R. Oka^A, T. Naito^A, and R. Kato^B
9: Broken-Symmetry Quantum Hall States and Angle-Dependent Edge Transport in Organic Dirac Fermion Systems; ISSP, Univ. Tokyo; Toshihito Osada, Mitsuyuki Sato

1: spin electromagnetic response in magnetic topological materials; Kinken, Tohoku Univ., Dept. of Phys. Kyushu Univ.^A, ISSP, Univ. of Tokyo^B; Haruki Kimura^A, Takahiro Misawa^B, Kentaro Nomura^A
2: Chiral gauge field in stacked kagome magnetic Weyl semimetal; ISSP Univ. of Tokyo, Advanced Science Research Center JAEA^A, Kyushu Univ.^B; Akihiro Ozawa, Yasufumi Araki^A, Kentaro Nomura^B
3: Topological transitions by magnetization rotation in kagome monolayers of a ferromagnetic Weyl semimetal Co shandite; RIKEN, The Univ. of Tokyo^A; Kazuki Nakazawa, Yasuyuki Kato^A, Yukitoshi Motome^A
4: Effective Tight-Binding Model of Compensated Ferrimagnetic Weyl Semimetal; Dept. Phys. Kyushu Univ., ISSP Univ. Tokyo^A, IMR Tohoku Univ.^B, Phys. Div. Sophia Univ.^C; Tomonari Meguro, Akihiro Ozawa^A,B, Koji Kobayashi^C, Kentaro Nomura
5: Hall conductivity in an effective model of spin-1 fermions; Nagoya Univ.; Koki Satow and Ai Yamakage
6: Correlation effects on the Weyl points in the Rashba-Hubbard model; Advanced Science Research Center, JAEA; Katsunori Kubo

7: Quantum Transport and Magnetism of Dirac Electrons in Solids; RIKEN CEMS; Hiroki Isobe, Naoto Nagaosa
8: Orbital magnetism in nodal-net electronic states; Dept. Phys., Univ. Tokyo^A, Trans-scale, Univ. Tokyo^B, Dept. Basic Sci., Univ. Tokyo^C; Masao Ogata^A,B, Soshun Ozaki^C, Hiroyasu Matsuura^A
9: Electric polarization jump at topological phase transitions in two-dimensional systems; Dept. Phys. Tokyo Tech.^A, IOTP Chinese Academy of Science^B; H. Yoshida^A, T. Zhang^A,B, and S. Murakami^A
10: Dynamical topological physics owing to non-adiabatic effects by temporal modulation of Weyl singular points; Grad. Sch. of Eng. Sci., Osaka Univ.; Kento Takemura, Tomohiro Yokoyama
11: Ideal Spinless Dirac Semimetal RE₈CoX₃ (RE = rare earth elements, X = Al, Ga, In); Dept. of Appl. Phys., Univ. of Tokyo, Dept. of Basic Science, Univ. of Tokyo^A, RIKEN CEMS^B, QPEC, Univ. of Tokyo^C; Manabu Sato, Shuntaro Sumita^A, Shingo Kobayashi^B, Ikuma Tateishi^B, Akira Furusaki^B, Motoaki Hirayama^C,B
12: Local characterization of a topological phase transition in general class-AII systems; RIKEN CEMS^A, Univ. of Tokyo^B; Ikuma Tateishi^A, Motoaki Hirayama^B,A
13: Universal topological phase diagram of spinless topological insulators protected by rotation symmetry; RIKEN CEMS, RIKEN CPR^A; Shingo Kobayashi, Ikuma Tateishi, Akira Furusaki^A

^●1: Photoisomerization and Thermal Reset of Trans- and Cis-Azobenzene Molecules on the Channel of a MoS2 Field Effect Transistor; Tohoku Univ.; Tsuyoshi Takaoka，^○Md Nasiruddin，Fatema Tul Afroz，Tadahiro Komeda
2: Creating quantum sensors in hBN using He ion microscopy; Univ. Tokyo, TUT^A, NIMS^B, AIST^C; Hao Gu, Moeta Tsukamoto, Yuki Nakamura, Shu Nakaharai^A, Takuya Iwasaki^B, Kenji Watanabe^B, Takashi Taniguchi^B, Shinichi Ogawa^C, Yukinori Morita^C, Kento Sasaki, Kensuke Kobayashi
3: Zero-field superconducting diode effect in van der Waals superconductor PtBi₂; Dept. of Phys. Osaka Univ.^A, OTRI Osaka Univ.^B, CSRN Osaka Univ.^C; Nan Jiang^A,B,C, Masaki Maeda^A, Yuhi Yamaguchi^A, Mori Watanabe^A, Masashi Tokuda^A, Kensuke Takaki^A, Kazutaka Kudo^A,B, Yasuhiro Niimi^A,B,C
4: Nonreciprocal transport in a two-dimensional Rashba-Ising superconductor; RIKEN CEMS^A, The Univ. of Tokyo^B; Hideki Matsuoka^A, Tomoki Kawamoto^B, Kanta Endo^B, Maki Musashi^B, Yuki Tanaka^B, Masaki Nakano^A,B, Yoshihiro Iwasa^A,B
5: Exotic superconducting properties in few-layer T_d-MoTe₂; NTT BRL, ISSP Univ. of Tokyo^A, Keio Univ.^B, MSL Tokyo Tech.^C, NIMS^D; T. Wakamura, M.Hashisaka^A, Y. Nomura^B, S. Okazaki^C, T. Sasagawa^C, T. Taniguchi^D, K. Watanabe^D, K. Muraki and N. Kumada
6: Cancellation

^●7: Gate-induced phase transition in potassium intercalated 2D MoS₂; RIKEN CEMS^A, The Univ. of Tokyo^B; Alec Romagosa^A, Ricky Dwi Septiano^A, Hideki Matsuoka^A, Yoshihiro Iwasa^A,B
8: Organic molecular intercalation effect on 2D topological insulator candidates ABTe₄ (A/B = Ti, Zr, Hf); Dept. Mat. Phys., Nagoya Univ.^A, IMaSS, Nagoya Univ.^B; Y. Hasuo^A, T. Hatano^A, T. Urata^A, M. Araidai^A,B, H. Ikuta^A
9: Thickness dependence of the second harmonic generation in layered antiferromagnet CuCrP₂S₆; Univ. of Tokyo, Department of Applied Physics^A, RIKEN CEMS.^B, Univ. of Tokyo, ISSP^C; S. Aoki^A, Y. Dong^A, Z. Wang^B, X. Huang^A, Y. Itahashi^A, N. Ogawa^B, T. Ideue^A,C, Y. Iwasa^A,B
10: Helicity-dependent photocurrent induced by circularly polarized infrared at atomic layer superstructure (Tl,Sn)/Si(111); Univ. of Tokyo; Ibuki Taniuchi, Ryota Akiyama, Rei Hobara, Shuji Hasegawa
11: Temperature dependence of electronic states in atomic-layer 1T'-WTe₂ studied by high-resolution ARPES; Dept. Phys., Tohoku Univ.^A, WPI-AIMR, Tohoku Univ.^B, JST-PRESTO^C, CSIS, Tohoku Univ.^D, SRIS, Tohoku Univ.^E, and MathCCS, Tohoku Univ.^F; R. Ando^A, T. Kawakami^A, K. Yaegashi^A, K. Yanagizawa^A, K. Sugawara^A,B,C, T. Takashi^A, and T. Sato^A,B,D,E,F
12: Electronic structure of NiSe₂ film studied by high-resolution ARPES; Dept. Phys., Tohoku Univ.^A, WPI-AIMR, Tohoku Univ.^B, JST-PRESTO^C, CSIS, Tohoku Univ.^D, SRIS, Tohoku Univ.^E, and MathCCS, Tohoku Univ.^F; K. Sasaki^A, K. Yanagizawa^A, R.Ando^A, T. Kawakami^A, K. Sugawara^A,B,C, T. Takahashi^A, and T. Sato^A,B,D,E,F
13: Angle-resolved photoemission spectroscopy of Dirac nodal line superconductor HfP_2-xSe_x by synchrotron radiation; Grad. Sch. Adv. Sci. Eng., Hiroshima Univ.^A，Grad. Sch. Sci., Hiroshima Univ.^B，WPI-SKCM2^C，Kurume Inst. Tech.^D，HSRC, Hiroshima Univ.^E，JASRI^F，AIST^G, IMRA JAPAN Co., Ltd.^H; Y. Nishioka^A，S. Ishizaka^B，J. Nag^A，T. Iwata^A,C，M. Nurmamat^A，K. Kuroda^A,C，A. Ino^D,E，S. Kumar^E，K. Shimada^E，K. Yamagami^F，Y.Takagi^F，A. Yasui^F，H. Kito^G，I. Hase^G，S. Ishida^G，K. Oka^G，H. Fujihisa^G，Y. Gotoh^G，Y. Yoshida^G，A. Iyo^G，H.Ogino^G，H. Eisaki^G，K. Kawashima^H,G，A. Kimura^A,C
14: Moiré patterns in monolayer NbSe₂ on graphene; RIKEN CEMS; Masahiro Naritsuka, Tadashi Machida, Tetsuo Hanaguri

^●1: Spin texture of the Dirac semimetal NiTe₂ studied by spin-resolved Momentum Microscopy; FZ Jülich^A, Univ. Duisburg-Essen^B, UVSOR, IMS^C, Nat'l. Taiwan Univ.^D; Kenta Hagiwara^A,B,C, Philipp Rüßmann^A, Xin Liang Tan^A,B, Ying-Jiun Chen^A,B, Kui-Hon Ou Yang^D, Chien Jing^D, Yi-Hsin Shen^D, Raman Sankar^D, Iulia Cojocariu^A, Daniel Baranowski^A, Vitaliy Feyer^A,B, Minn-Tsong Lin^D, Stefan Blügel^A, Claus Michael Schneider^A,B, Christian Tusche^A,B
2: Surface and bulk electronic states of Bi₂Se₃ probed by SXPES and HAXPES; Grad. Sch. of Sci. and Eng., Ritsumeikan Univ.^A, SR Center, Ritsumeikan Univ.^B; Kodai Yasuda^A, Yuina Kanai-Nakata^A, Yusuke Miyazaki^A, Akinori Irizawa^B, and Shin Imada^A
3: Micro-ARPES study of Kagome–lattice material LaRh₃B₂; Dept. Physics, Tohoku Univ.^A, WPI-AIMR, Tohoku Univ.^B, CSIS, Tohoku Univ.^C, UVSOR^D, KEK-IMSS-PF^E, QST^F, IMRAM, Tohoku Univ.^G, SRIS, Tohoku Univ.^H, and MathCCS, Tohoku Univ.^I; T. Osumi^A, T. Kato^A, A. Homma^A, K. Nakayama^A, S. Souma^B,C, K. Tanaka^D, M. Kitamura^E,F, K. Horiba^F, H. Kumigashira^G, T. Takahashi^A, and T. Sato^A,B,C,H,I
4: High-resolution ARPES study of carrier-controlled chalcopyrite CdGeAs₂; Dept. Phys., Tohoku Univ.^A, JST-PRESTRO^B, WPI-AIMR, Tohoku Univ.^C, CSIS, Tohoku Univ.^D, UVSOR^E, KEK-IMSS-PF^F, QST^G, IMRAM, Tohoku Univ.^H, Dept. Phys., Kyoto Sangyo Univ.^I, SRIS, Tohoku Univ.^J, and MathCCS, Tohoku Univ.^K; T. Iwaya^A, A. Moriya^A, K. Nakayama^A, A. Honma^A, T. Kato^A, T. Kawakami^A, K. Sugawara^A,B,C, S. Souma^C,D, K. Tanaka^E, M. Kitamura^F,G, K. Horiba^G, H. Kumigashira^H, T. Takahashi^A, K. Segawa^I, and T. Sato^A,C,D,J,K
5: Floquet Weyl states at one-photon resonant positions of anisotropic three-dimensional Dirac electrons; Dept. of Phys., Univ. of Tokyo^A, Dept. of Applied Phys., Univ. of Tokyo^B, ISSP, Univ. of Tokyo^C, Cryogenic Research Center, Univ. of Tokyo^D; Yoshua Hirai^A, Naotaka Yoshikawa^A, Shun Okumura^B, Takashi Oka^C, Ryo Shimano^A,D
6: Allotropic transition of Dirac semimetal α-Sn to superconductor β-Sn induced by irradiation of focused ion beam; Univ. of Tokyo^A, Kyoto Univ.^B, JAEA^C, CSRN, Univ. of Tokyo^D, PRESTO^E; K. Inagaki^A, K. Ishihara^A, H. Tomoki^A, Y. Seki^A, T. Takeda^A, T. Ishida^B, D. Ootsuki^B, I. Kawasaki^C, S. Fujimori^C, M. Tanaka^A,D, L. D. Anh^A,D,E, and M. Kobayashi^A,D

7: Unconventional magneto-optical resonances derived from massive Dirac fermions in kagome magnets; Dept. of Appl. Phys. Univ. of Tokyo^A, Dept. of Appl. Phys. and Physico-Informatics, Keio Univ.^B, RIKEN CEMS^C, Institute of Industrial Science, Univ. of Tokyo^D, Research Centre of Advanced Science and Technology, Univ. of Tokyo^E, Tokyo College Univ. of Tokyo^F; K. Shoriki^A, Y. Okamura^A, Y. Nomura^B, Y. Fujishiro^C, A. Kitaori^A, N. Kanazawa^D, R. Arita^C,E, Y. Tokura^A,C,F, Y. Takahashi^A,C
8: Study on the anomalous Hall effect in two-dimensional magnet Cr₃Te₄ thin film by terahertz magneto-optical spectroscopy; Sch. of Eng., Univ. of Tokyo^A, RIKEN CEMS^B; Yoshihiro Kato^A，Hiroto Ubukata^A，Yoshihiro Okamura^A，Shun Kajihara^A，Kanta Endo^A，Hideki Matsuoka^B，Yoshihiro Iwasa^A,B，Masaki Nakano^A,B，Youtarou Takahashi^A,B
9: A quadrupole topological phase in a photonic crystal; Kyushu Univ.，NIMS^A; Genki Yonezawa，Toshikaze Kariyado^A，Jun-ichi Fukuda
10: Theoretical constraint on the loss term of non-Hermitian photonic Dirac cones; NIMS; Kazuaki Sakoda
11: Topological edge modes by high-precision nanofabrication of photonic crystals in symmetric silicon-on-insulator slabs; Nat'l. Inst. for Materials Sci.^A, Univ. of Tsukuba^B; Afshan Begum^A, Yuanzhao Yao^B, Takashi Kuroda^A, Yoshihiko Takeda^A,B, Naoki Ikeda^A, Yoshimasa Sugimoto^A, Takaaki Mano^A, Kazuaki Sakoda^A
12: Continuous-mode squeezing in photon-emission from the dynamical Casimir effect; Dept. Phys., OMU, NITEP; Kazuki Kanki, Satoshi Tanaka
13: Berry phase of a paramedic amplifier with CEP control and the quantum vacuum instability; Dept. Phys., OMU, NITEP; Satoshi Tanaka, Kazuki Kanki
^●14: Gate-induced ferromagnetism in Cr_1/4NbSe₂ epitaxial thin films; Dept. of Appl. Phys., Univ. of Tokyo^A, RIKEN CEMS^B; Xiang Huang^A, Shun Kajihara^A, Hideki Matsuoka^B, Bruno Kenichi Saika^A, Masato Sakano^A, Yoshihiro Iwasa^A,B, Kyoko Ishizaka^A,B, Masaki Nakano^A,B

Program

Division 4