JPS 2020 Autumn Meeting

3: Report of the Selection Committee; Kyoto Prefectural University of Medicine; Teruhiko Kawano
4: A new quantum information measure for mixed-state entanglement; YITP; Kotaro Tamaoka
5: Asymptotic symmetry-soft photon theorem-memory effect and infrared divergence in QED; University of Kentucky; Sotaro Sugisita
6: Two dimensional conformal blocks at light cone limit and their applications; YITP

1: Directional Dark Matter Search Project NEWSdm(1)〜Overall status report of the project〜; Graduate School of Science Toho University,Graduate School of Science Nagoya University^A, IMASS Nagoya University^B, Chiba University^C, Laboratori Nazionali del Gran Sasso^D; Tatsuhiro Naka, Takuya Shiraishi, Atsuhiro Umemoto^A, Ryuta Kobayashi^A, Kana Saeki, Osamu Sato^B, Ken'ichi Kuge^C, Takashi Asada^D, and NEWSdm collaboration
2: Directional Dark Matter Search Project NEWSdm(2)〜status report about detector capability for nuclear recoil event and surface dark matter search〜; Graduate School of Science Nagoya University, Graduate School of Science Toho University^A, IMASS Nagoya University^B, Chiba University Isotope^C, Laboratori Nazionali del Gran Sasso^D; Atsuhiro Umemoto, Tatsuhiro Naka^A, Ryuta Kobayashi, Takuya Shiraishi^A, Inori Todoroki, Kana Saeki^A, Osamu Sato^B, Ken'ichi Kuge^C, Takashi Asada^D, and NEWSdm collaboration
3: Directional Dark Matter Search Project NEWSdm(3)〜Improvement of scanning speed to scale up the analysis for the underground run in Gran Sasso〜; Graduate School of Science Nagoya University, Graduate School of Science Toho University^A, IMASS Nagoya University^B, Chiba University^C, Laboratori Nazionali del Gran Sasso^D; Ryuta Kobayashi, Tatsuhiro Naka^A, Toshiyuki Nakano, Atsuhiro Umemoto, Takuya Shiraishi^A, Inori Todoroki, Kana Saeki^A, Osamu Sato^B, Ken'ichi Kuge^C, Takashi Asada^D, Ryosuke Komatani, and NEWSdm collaboration
4: XENON: Status of the XENON experiment for Direct Dark Matter Search; ISEE, Nagoya University; Masaki Yamashita for the XENON collaboration
5: Modelling of xenon purification in XENON detector; ICRR The University of Tokyo; N.Kato for the XENON Collaboration

6: Latest results on dark matter searches with XENON1T; Nagoya University, KMI; Shingo Kazama
7: Development of a Liquid Xenon TPC with a Resistive Thin Layer; Nagoya University, ISEE; Rina Yamazaki
8: Calibration and Simulation of neutron Veto system for XENONnT; Kobe Univ.; Keita Mizukoshi for the XENON Collaboration
9: XENON: Radioactive impurity monitor in neutron veto counter; ICRR; Atsushi Takeda for the XENON Collaboration

1: Relationship between functional renormalization group and gradient flow for scalar field; Shizuoka Univ.; Masami Matsumoto, Gota Tanaka, Asato Tsuchiya
2: Identification of perturbative ambiguity canceled against bion; Kyushu University, KEK^A; Okuto Morikawa, Hiromasa Takaura^A
3: New Soliton Solutions of Anti-Self-Dual Yang-Mills Equations; Math. Nagoya. U.; Masashi Hamanaka, ^○Shan-Chi Huang
4: Relationship between zero-modes and vortex number on magnetized T²/Z_N orbifold model; Kobe-U, DESY^A; Maki Takeuchi, Makoto Sakamoto, Yoshiyuki Tatsuta^A
5: Spinning string on de Sitter space; Kobe Univ., Stockholm Univ.^A; Toshifumi Noumi, ^○Toshiaki Takeuchi, Siyi Zhou^A
6: Finite N corrections to the Schur index in AdS/CFT correspondence; Tokyo Tech; Reona Arai, Shota Fujiwara, Yosuke Imamura, Tatsuya Mori
7: Worldvolume effective theories of locally non-geometric branes; Kitasato U.; Shin Sasaki, ^○Kenta Shiozawa
8: Stability, enhanced gauge symmetry and suppressed cosmological constant in 9D heterotic interpolating models; Osaka City University, NITEP; Hiroshi Itoyama, Sota Nakajima

9: Holographic Pseudo Entropy; Dept. of Engi. Univ. of Tokyo^A, JST PRESTO^B, YITP^C; Yoshifumi Nakata^A,B, Tadashi Takayanagi^C, Yusuke Taki^C, Kotaro Tamaoka^C, Zixia Wei^C
10: Wedge Holography; YITP; Ibrahim Akal, Yuya Kusuki, Tadashi Takayanagi, ^○Zixia Wei
11: Large N Analysis of TTbar-deformation and Unavoidable Negative-norm States; Kyoto Univ.^A, KEK^B; Junichi Haruna^A, Takaaki Ishii^A, Hikaru Kawai^A, Katsuta Sakai^B, Kentaroh Yoshida^A
12: Matrix regularization of tensor fields constructed by vector-spinor fields; Tsukuba U., Dublin IAS^A; Hiroyuki Adachi, Goro Ishiki, Takaki Matsumoto^A
13: The N=2 gauge theories associated with the unitary matrix model; OCU, NITEP^A; Katsuya Yano, Hiroshi Itoyama^A
14: The associated chiral algebra of Genus Two Class S Theory and an accidental symmetry; Dept. of Sci., OCU, Dept. of Sci and Eng., Ritsmeikan Univ.; Kazuki Kiyoshige, Takahiro Nishinaka
15: Quantum mirror map for del Pezzo geometries; OCU, USTC^A; Tomohiro Furukawa, Sanefumi Moriyama, Yuji Sugimoto^A

1: Global symmetry of the extended Higgs potential and its phenomenology; Osaka University; Masashi Aiko, Shinya Kanemura
2: Testing CP violation with the production and the decay of the heavy Higgs bosons; Osaka University; Shinya Kanemura, ^○Mitsunori Kubota, Kei Yagyu
3: Higgs self-coupling as a prove of the sphaleron at the early Universe; Osaka Univ.; Shinya Kanemura, ^○Masanori Tanaka
4: General relation between 3 and 4 point fermion-scalar scattering amplitude; U. of Padova, Nagoya U.^A, Kyushu U.^B; Ryo Nagai, Masaharu Tanabashi^A, Koji Tsumura^B, ^○Yoshiki Uchida^A
5: Analysis of the Triple Higgs Boson Coupling in Gauge-Higgs Unification with a Flat Extra Dimension; U. of Toyama; Mitsuru Kakizaki,^○Shin Suzuki
6: Improving Fermion Mass Hierarchy in Grand Gauge-Higgs Unification with Localized Gauge Kinetic Trems; OCU^A, NITEP^B; Nobuhito Maru^A,B, ^○Yoshiki Yatagai^A

7: Bayesian fit analysis to full distribution data of B→D^(*)ℓν : ∣Vcb ∣ determination and New Physics constraints; Nagoya Univ., INFN Rome^A; Syuhei Iguro, Ryoutaro Watanabe^A
8: Neutrino physics with modular symmetry; Dept. of Phys., Niigata Univ., Grad. School of Sci. and Tech., Niigata Univ.^A; Takehiko Asaka, Yongtae Heo^A, ^○Takahiro Yoshida^A
9: Future detectability of Charged Lepton Flavor Violating processes in Neutrinophilic Higgs+Seesaw model; Shimane Univ.; T. Omija, N. Haba, T. Yamada
10: TeV-scale Majorogenesis; Kyoto University; Yoshihiko Abe, Yu Hamada, Takahiro Ohata, Kenta Suzuki, Koichi Yoshioka
11: Constraints on the Parameter Space of Viable Axion-Gauge Models; Dept. of Phys., Univ. of Toyama^A, IAHE, Hokkaido Univ.^B; M. Kakizaki^A, ^○M. Ogata^A, O. Seto^B
12: Precisely investigating the adiabatic suppression of the axion abundance; Tohoku Univ.; Shota Nakagawa, Fuminobu Takahashi, Masaki Yamada
13: 2-loop effective potential and electroweak symmetry breaking in scale invariant extended Higgs models; Osaka U.; Johannes Braathen, Shinya Kanemura, Makoto Shimoda
14: Renormalization of the LNV higher dimensional operators; Osaka U.; Kazuki Enomoto, Shinya Kanemura

1: Study of the rho resonance using the HAL QCD method; YITP, Kyoto Univ.; Yutaro Akahoshi, Sinya Aoki for HAL QCD Collaboration
2: Tensor renormalization group study of the Nambu−Jona-Lasinio model at finite density in 3+1 dimensions; GSPAS, University of Tsukuba, CCS, University of Tsukuba, Faculty of Engineering, Information and Systems, University of Tsukuba; Shinichiro Akiyama, Yoshinobu Kuramashi, Takumi Yamashita, Yusuke Yoshimura
3: QCD sum rule on lattice; Sokendai, KEK; Tsutomu Ishikawa, Shoji Hashimoto
4: Sparse model analysis of the spectral functions in lattice QCD; Tohoku Univ.; Iori Nagase, Mandy Kunfeld, Shoichi Sasaki
5: Monopole dominance due to violation of non-Abelian Bianchi identities in pure SU(3) gauge theory; Kochi Univ., RCNP, Osaka Univ.^A; Atsuki Hiraguchi, Katsuya Ishiguro, Tsuneo Suzuki^A
6: A physicist-friendly reformulation of the mod-two Atiyah-Patodi-Singer index theorem; Osaka Univ., The Univ. of Tokyo^A, Nagoya Univ.^B, Kyoto Univ.^C; Hidenori Fukaya, Mikio Furuta^A, ^○Yoshiyuki Matsuki, Shinichiroh Matsuo^B, Tetsuya Onogi, Satoshi Yamaguchi, Mayuko Yamashita^C
7: Distribution of stress energy tensor around static single quark and its temperature dependence; Osaka U., RIKEN iTHEMS^A; Ryosuke Yanagihara, Masakiyo Kitazawa, Masayuki Asakawa, Tetsuo Hatsuda^A
8: Measuring chiral susceptibility using SFtX method; Tsukuba, Hiroshima^A, Niigata^B, Osaka^C, Kyushu^D, CCS Tsukuba^E; Atsushi Baba, Takashi Umeda^A, Shinji Ejiri^B, Kazuyuki Kanaya, Masakiyo Kitazawa^C, Asobu Suzuki, Hiroshi Suzuki^D, Yusuke Taniguchi^E

9: The vacuum angle is a marginal parameter; Osaka Univ., Kyushu Univ.^A; M. Kitazawa, H. Suzuki^A
10: Improvement of the SFtX method based on the gradient flow in the study of finite temperature N_f=2+1 QCD; U.Tsukuba, Hiroshima Univ.^A, Niigata Univ.^B, Osaka Univ.^C, Kyushu Univ.^D; K. Kanaya, T. Umeda^A, S. Ejiri^B, M. Kitazawa^C, H. Suzuki^D, Y. Taniguchi
11: Axial U(1) anomaly in 2+1 flavor QCD at high temperature; YITP, RIKEN R-CCS^A, Osaka U.^B, KEK^C, SOKENDAI^D, JAEA^E; Sinya Aoki, Yasumichi Aoki^A, Hidenori Fukaya^B, Shoji Hashimoto^C,D, ^○Issaku Kanamori^A, Takeshi Kaneko^C, Yoshifumi Nakamura^A, Christian Rohrhofer^B, Kei Suzuki^E^ (JLQCD Collaboration)
12: Hadronic mass spectra in low-temperature and high-density regimes of two-color QCD; RECNS Keio U., Kochi U., RCNP Osaka U.; Etsuko Itou, Kei Iida, Katsuya Ishiguro, Tong-Gyu Lee
13: Avoiding the sign problem in finite density lattice gauge theories by the center symmetry; Dept. of Physics, Niigata Univ.; Shinji Ejiri

^●1: Study of the difference between neutrino and anti-neutrino oscillations :Recent status of the T2K experiment; ICRR, U-Tokyo; Bronner Christophe
2: JSNS2 (J-PARC Sterile Neutrino Search at J-PARC Spallation Neutron Source); First Run (1); KEK; Takasumi Maruyama, JSNS2 collaborators
^●3: The JSNS2 experiment：1st Run ( 2 ); KEK; Jungsic Park, JSNS2 Collaboration
4: JSNS2 (J-PARC Sterile Neutrino Search at J-PARC Spallation Neutron Source); First Run (3); Tohoku Univ. RCNS; Y. Hino for JSNS2 Collaboration
5: Recent activities in developments of reactor neutrino monitor; Kitasato University, Fukui University^A, Tohoku University RCNS^B, Tokyo Metropolitan College of Industrial Technology^C; Tomoyuki Konno, Takeo Kawasaki, Syota Imai, Ken Syu, Kyohei Nakajima^A, Yoichi Tamagawa^A, Fumihiko Suekane^B, Syuichi Iwata^C

6: Search for Proton Decay with an Enlarged Fiducial Mass in Super-Kamiokande; ICRR; Akira Takenaka, Masato Shiozawa, Hidekazu Tanaka
7: AXEL Experiment: Efforts to Barium ion detection using Solid Xenon for a search for Neutrinoless Double Beta Decay; Kyoto Univ., ICRR^A, Tohoku Univ. FRIS^B; Bungo SUGASHIMA, Atsuko K. ICHIKAWA, Tsuyoshi NAKAYA, Kiseki NAKAMURA^A, Shuhei OBARA^B, Sei BAN, Kazuhiro NAKAMURA, Masashi YOSHIDA, and the AXEL collaboration
8: AXEL — Developing status of the large-size prototype TPC detector for searching neutrinoless double beta decay; Kyoto Univ., ICRR^A, Tohoku Univ. FRIS^B; Kazuhiro NAKAMURA, Atsuko K. ICHIKAWA, Tsuyoshi NAKAYA, Kiseki NAKAMURA^A, Shuhei OBARA^B, Sei BAN, Masashi YOSHIDA, Bungo SUGASHIMA, and the AXEL collaboration
9: A plan to measure nue + Pb reaction cross section using nue from mu+ decay at rest.; RCNS Tohoku Univ., Kitasato Univ.^A, RCNP Osaka Univ.^B; F.Suekane, H.Furuta, R.Ujiie, T.Dodo, W.Noguchi, T.Konno^A, T.Kawasaki^A, Y.Sugaya^B
10: Development of superconducting detector with Indium for the detection of electron neutrinos; Okayama University, Kavli IPMU^A, AIST^B, the University of Tokyo^C; Yuya Nakao, Hirokazu Ishino, Tomotake Matsumura^A, Hirotake Yamamori^B, Ryota Takaku^C

1: On deriving AdS/CFT correspondence with tensionless strings; YITP; Yasuaki Hikida, Tianshu Liu
2: Universal relation between quantum information metric and back reaction in gauge/gravity correspondence; Shizuoka University; Asato Tsuchiya, ^○Yamashiro Kazushi
3: Kink crystalline solution and multi-kink solution in holographic superconductor; KEK, Chuo Univ.^A, Sanyo-Onoda City Univ.^B; Masataka Matsumoto, Shin Nakamura^A, Ryosuke Yoshii^B
4: Analysis of Spatially Modulated Instability from Dirac-Born-Infeld Action in Holography; Department of Physics, Chuo University; Haruki Furukawa, Shin Nakamura
5: Current-driven nonequilibrium tricritical point and chiral symmetry restoration by steady current; Chuo U., Nihon Unisys^A, KEK^B; Chuo U., Nihon Unisys^A, KEK^B
6: Nambu-Goldstone mode in holographic dissipative system; Chuo U., KEK^A; Shuta Ishigaki, Masataka Matsumoto^A
7: Analysis of electric-field-deriven non-equilibrium phase transition in AdS/CFT; Chuo Univ., Net One Systems Co., Ltd.; Daisuke Endo, Yuichi Fukazawa, Shin Nakamura

8: Holographic entanglement entropy from extremal surfaces; Dept. of Phys. Nagoya Univ.; Jun Tsujimura
9: Aspects of Odd Entropy and Holography; MPP, YITP^A; Ali Mollabashi, Kotaro Tamaoka
10: An analysis of the von Neumann entropy of general non-Gaussian states; SOKENDAI, KEK^A; Takato Mori, Satoshi Iso^A, Katsuta Sakai^A
11: Islands in Schwarzschild black holes; Osaka U.; Koji Hashimoto, Norihiro Iizuka, ^○Yoshinori Matsuo
12: Black Hole as a Quantum Field Configuration 2; RIKEN, Kyoto University^A; Yuki Yokokura, Hikaru Kawai^A
13: Violation of semi-classical analysis in black hole formulation; Shizuoka University, KOZO KEIKAKU Engineering Inc.; Takeshi Morita, Kento Sugiyama

1: Higgs inflation and dark matter with the inert doublet model at NLO improvement; Osaka U, KAIST^A; Johannes Braathen, Shinya Kanemura, ^○Toshinori Matsui^A
2: Hunting Inflaton at FASER; U. of Alabama, U. of Delaware^A; Nobuchika Okada, Digesh Raut^A
3: A precision calculation of relic neutrino decoupling; Tokyo Inst. Tech.; Kensuke Akita, Masahide Yamaguchi
4: Light Z′and Dark Matter from U(1)_X Gauge Symmetry; U of Alabama, U of Delaware^A; Nobuchika Okada, ^○Satomi Okada, Qaisar Shafi^A
5: U(1)x extended MSSM with conserving R-parity; OIST^A, Meio U.^B, U. Alabama^C; Satsuki Oda^A,B, Nobuchika Okada^C, Nathan Papapietro^C, Dai-suke Takahashi^A,B
6: Unification for the Darkly Charged Dark Matter; IBS, Tohoku Univ., T.D.Lee Institute, Kavli IPMU; Ayuki Kamada, Masaki Yamada, Tsutomu T. Yanagida

7: Univ. Tokyo; Natsumi Nagata
8: Detecting light boson dark matter with magnon; Univ. of Tokyo; Kazunori Nakayama, So Chigusa, Takeo Moroi
9: Cosmic-ray accelerated light dark matter in direct detection; Okayama Univ. of Sci.; Keiko Nagao, Soma Kime, Takuya Tomiya
10: Direct detection of dark vector multipoles; U. of Padova, INFN Padova^A, KMI^B, Nagoya U.^C, Kavli IPMU^D, TUM^E; Ryo Nagai^A, Junji Hisano^B,C,D, Alejandro Ibarra^E
11: The effect of the early kinetic decoupling in a fermionic dark matter model; IAR, KMI; Tomohiro Abe

1: Understanding the index theorem based on massive fermion; Dept. Phys., Osaka U.; Hidenori Fukaya
2: Complex Langevin analysis of four-dimensional SU(2) gauge theory with the θ term; SOKENDAI^A, KEK^B, YITP^C, Tokuyama College^D; Akira Matsumoto^A, Kohta Hatakeyama^B, Mitsuaki Hirasawa^A, Masazumi Honda^C, Yuta Ito^D, Jun Nishimura^A,B, Atis Yosprakob^A
3: Casimir effect for lattice fermions: naive, Wilson, and domain-wall; SOKENDAI^A, KEK^B, DESY^C, JAEA^D; Tsutomu Ishikawa^A,B, Katsumasa Nakayama^C, Kei Suzuki^D
4: About the Yang-Mills theory added by a gauge-invariant mass term from the field decomposition method; Theory C. KEK, Comp. Research. C. KEK^A, SOUKENDAI^B, Chiba Univ.^C; Ryutaro Matsudo, Akihiro Shibata^A,B, Shogo Nishino^C, Kei-Ichi Kondo^C
5: Quark confinement in the SU(2)-Yang-Mills theory with a gauge-invariant gluon mass in view of the gauge-invariant BEH mechanism; Comp. Research C. KEK^A, SOKENDSAI^B, Chiba Univ.^C, Theory C. KEK^D; Akihiro Shibata^A,B, Kei-Ichi Kondo^C, Shogo Nisino^C, Ryutaro Matsudo^D

6: Nucleon structure at physical point in 2+1 flavor lattice QCD; Tohoku U.^A, R-CCS^B, Hiroshima U.^C, Tsukuba U., CCS^D, Tsukuba U.^E; Ryutaro Tsuji^A, Yasumichi Aoki^B, Ken-Ichi Ishikawa^C, Yoshinobu Kuramashi^D, Shoichi Sasaki^A, Eigo Shintani^D, Takeshi Yamazaki^E
7: Application of the HAL QCD method with all-to-all propagators to meson-baryon systems; YITP, Kyoto Univ.; Kotaro Murakami, Sinya Aoki for HAL QCD Collaboration
8: Determination of |V_cb| from B → D^(*)ℓν decays; KEK^A, SOKENDAI^B, RIKEN RCCS^C, York University^D, Osaka University^E; Takashi Kaneko^A,B, Yasumichi Aoki^C, Gabliera Bailas^A, Brian Colquhoun^D, Hidenori Fukaya^E, Shoji Hashimoto^A,B, Jonna Koponen^A (JLQCD Collaboration)
9: Glueball spectroscopy through the Yang-Mills gradient flow method in lattice QCD II; Department of Physics, Tohoku Univ., Department of Physics, Tohoku Univ.; Keita Sakai, Shoichi Sasaki
10: Nucleon isovector charges and couplings from domain-wall lattice QCD at physical mass; KEK, SOKENDAI^A, RIKEN BNL Research Center^B; Shigemi Ohta^A,B
11: Interglueball potential in lattice gauge theory [4]; University of Massachusetts Amherst, FEFU, Kokushikan Univ.; Nodoka Yamanaka, Atsushi Nakamura, Masayuki Wakayama
12: Research on central-branch Wilson fermions toward its application to lattice QCD; Akita U.^A, RECNS Keio U.^B; Tatsuhiro Misumi^A,B, Jun Yumoto^A

1: Time dependent Interface in AdS Black Hole Spacetime; Toho Univ.; Koichi Nagasaki
2: T-theory with branes; Juntendo Univ., KEK; Machiko Hatsuda
3: Twisted Vaisman algebroid and gauge symmetry in double field theory; Kitasato U.; Mori Haruka, Sasaki Shin
4: CP-violating super Weyl anomaly; Dept. Phys., Rikkyo Univ.; Koichiro Nakagawa, Yu Nakayama
5: Regge OPE blocks and light-ray operators; Dept. of Phys., Univ. of Tokyo, Kavli IPMU^A; N. Kobayashi^A, T. Nishioka, ^○Y. Okuyama
6: Pole-skipping of scalar and vector fields in hyperbolic space: conformal blocks and holography; GIST; Yongjun Ahn, Viktor Jahnke, Hyun-Sik Jeong, Keun-Young Kim, Kyung-Sun Lee, ^○Mitsuhiro Nishida
7: The O(N) model with !LaTeX${\phi}^{{6}$ in !LaTeX${\mathbb{R}}}{2} {\times} {\mathbb{R}}^{+}$; King's College London, Kavli IPMU^A; Christopher P. Herzog, Nozomu Kobayashi^A
8: Finite N corrections to M-brane indices; Tokyo Tech, Meiji Univ.^A; Reona Arai, Shota Fujiwara, Yosuke Imamura, ^○Tatsuya Mori, Daisuke Yokoyama^A

9: Three-point functions of huge operators in N=4 super Yang-Mills and background independence in LLM geometry; S. T. Yau Center of Southeast University; Ryo Suzuki
10: 3d N=2 Chern-Simons-matter theory, Bethe ansatz, and quantum K-theory of Grassmannians; Grad. Sch. of Math., Univ. of Tokyo, Kavli IPMU^A; Kazushi Ueda, Yutaka Yoshida
11: The correspondence between a U(1) spin Chern-Simons theory and the 2d conformal field theory with Arf invariant; Univ. of Tokyo^A, YITP, Kyoto U.^B; Takuya Okuda^A, ^○Koichi Saito^A, Shuichi Yokoyama^B
12: ABCD of 't Hooft operators; Tokoai U., U.Tokyo Komada^A, Kavli IPMU^B; Hirotaka Hayashi, Takuya Okuda^A, Yutaka Yoshida^B
13: IR formula of sphere correlation functions for 3d N=4 SUSY gauge theories from quantum algebras; Durham Univ., Perimeter Inst.; Tadashi Okazaki, Davide Gaiotto
14: 3d Spin(N) Seiberg duality; YITP; Keita Nii
15: Topological Vertex/anti-Vertex and Supergroup Gauge Theory; IMB, USTC^A; Taro Kimura, ^○Yuji Sugimoto^A

1: Reconsider anarchy of O(1) coefficients in Quark/Lepton Mass Matrices; Shimane Univ.; N. Haba, Y. Shimizu, T. Tamada
2: Reconsider fermion mass anarchy in SU(5) GUT; Department of Physics and Material Science, Shimane University; Naoyuki Haba, Yasuhiro Shimizu, Toshifumi Yamada
3: Flavor physics in the SU(5) GUT with a 45 scalar representation; KEK, Kogakuin U.^A; Toru Goto, ^○Satoshi Mishima, Tetsuo Shindou^A
4: Verification of searchability of Minimal U(1)_X Extended Standard Model by precise measurement of Muon Decay In Orbit; Saitama Univ.^A, Kyushu Sangyo Univ.^B; Hiroaki Kakizawa^A, Joe Sato^A, Yuichi Uesaka^B, Yuna Taira^A
5: Evaluation of leading hadronic contribution to muon g-2 from analyticity constraint; Academia Sinica; Hsiang-nan Li, ^○Hiroyuki Umeeda
6: Muon and Electron g − 2 and charged lepton mass Hierarchy; Department of Physics and Material Science, Shimane University; Naoyuki Haba, Yasuhiro Shimizu, Toshifumi Yamada
7: New physics implications of recent search for K_L→π⁰νν at KOTO experiment; Nagoya KMI, Nagoya IAR, Florida State U.^A, Weizmann Inst.^B, Technion^C; Teppei Kitahara, Takemichi Okui^A, Gilad Perez^B, Yotam Soreq^C, Kohsaku Tobioka^A
8: Weinberg operator contribution to the nucleon EDM in the quark model; University of Massachusetts, Kyushu Univ.; Nodoka Yamanaka, Jordy de Vries, Emiko Hiyama

9: quark gluon cluster in the early universe and in high energy nuclear collisions; Saitama Medical University, Physics Department; Keiichi Akama
10: Contribution of chemical potential and stable size in NJL model; Graduate School of Science, Hiroshima Univ., Information Media Center, Hiroshima Univ.^A; Hiromu Shimoji, Tomohiro Inagaki^A, Yamato Matsuo
11: Magnetic-field-induced inhomogeneous phase in 4-fermion interaction model by zeta function regularization; Graduate School of Science, Hiroshima U., Information Media Center, Hiroshima U.^A; Y.Matsuo, T.Inagaki^A, H.Shimoji
12: Emission of high-energy twisted photons by accelerated hydrogen-like heavy ions; Dept. of Physics, Osaka U., RIIS, Okayama Univ.^A; Minoru Tanaka, Noboru Sasao^A
13: Analysis of multiplicity distribution and Bose-Einstein correlation of e⁺e^-→Z (91 GeV) based on three-negative binomial distributions; National Institute of Technology Toba College, Department of Physics Shinshu University^A; Takuya Mizoguchi, Minoru Biyajima^A
14: SMEFT Meets UV Completion with Analyticity and Unitarity; IHEP, USTC^A; Kimiko Yamashita, Cen Zhang, Shuang-Yong Zhou^A
15: Instability of Higgs vacuum via string cloud; Kyushu Univ., Nagoya Univ.^A; Issei Koga, Sachiko Kuroyanagi^A, Yutaka Ookouchi

1: Computation of multi-scale multi-loop Feynman integrals using DCM (II); KEK, Kogakuin Univ.^A, Hitotsubashi Univ.^B, Univ. of Aizu^C, Western Michigan Univ.^D; Fukuko Yuasa, Kiyoshi Kato^A, Tadashi Ishikawa, Hiroshi Daisaka^B, Naohito Nakasato^C, Elise de Doncker^D
2: Eigenvalue solver algorithm for the Wilson-Dirac operator in adjont representation; Hiroshima Univ., Nagoya Univ.^A; Ken-Ichi Ishikawa, Tomohiro Sogabe^A
3: Sparse modeling approach to the spectrum functions from the smeared correlation function; RECNS Keio U., Kochi U., RCNP Osaka U., JAEA, RIKEN AIP; Etsuko Itou, Yuki Nagai
4: Tensor construction and dependence for tensor renormaliization group; DESY; Katsumasa Nakayama
5: Introduction of disentangler in higher-dimensional tensor renormalization group; Shizuoka Univ.; Takaaki Kuwahara, Asato Tsuchiya
6: Lattice calculation of pseudo entropy in the Z_N twisted CP^N-1 model; Akita U.^A, RECNS Keio U.^B, Hiyoshi Phys. Keio U.^C, Kochi U.^D, RCNP Osaka U.^E; Tatsuhiro Misumi^A,B, Toshiaki Fujimori^C,B, Etsuko Itou^B,D,E, Muneto Nitta^C,B, Norisuke Sakai^B

7: Applying the tempered Lefschetz thimble method to the sign problem of chiral matrix models and the estimation of the computational scaling; Kyoto Univ., PwC^A; Nobuyuki Matsumoto, Masafumi Fukuma, Naoya Umeda^A
8: Partial Deconfinement at Strong Coupling on the Lattice; University of Tsukuba, University of Jena^A, University of Regensburg^B, OIST^C, University of Surrey^D, Arithmer Inc.^E, RIKEN iTHEMS^F, Lawrence Livermore National Laboratory^G, Lawrence Berkeley National Laboratory^H, University of Southampton^I; Hiromasa Watanabe, Georg Bergner^A, Norbert Bodendorfer^B, Shotaro Shiba Funai^C, Masanori Hanada^D, Enrico Rinaldi^E,F, Andreas Schäfer^B, Pavlos Vranas^G,H, Matthew Knaggs^I
9: Application of HMC algorithm to the generalized thimble method using gradient flows without blow-up; Department of Physics, University of Tokyo; Taichi Ago
10: Gradient flow and non-renormalization theorem; National Tsing Hua Univ., RIKEN iTHEMS^A, Tsukuba Univ. CCS^B; Daisuke Kadoh, ^○Kengo Kikuchi^A, Naoya Ukita^B
11: Study of thermodynamics of 2+1 flavor QCD by the Small Flow time eXpansion (SFtX) method; Kyushu Univ., Hiroshima Univ.^A, Niigata Univ.^B, U. Tsukuba^C, Osaka Univ.^D; H. Suzuki, T. Umeda^A, S. Ejiri^B, K. Kanaya^C, M. Kitazawa^D, A. Suzuki^C, Y. Taniguchi^C, A. Baba^C

1: Introduction; Kyushu Univ.; Taikan Suehara
2: Status and Plans of the ILC Project; ICEPP, Univ. of Tokyo; Satoru Yamashita
3: Exploring Horizon of BSM by ILC; Iwate Univ. (Edu.); Kentarou Mawatari
4: Innovations in Detector Development of ILC; Saga Univ.; Takahiro Fusayasu
5: Applications of Detector Technology in ILC; Nippon Dental Univ.; Hiroaki Ono

6: Innovations in Accelerator Development of ILC; KEK Acc.; Takayuki Kubo
7: Applications of Accelerator Technology in ILC; Kyoto Univ.; Yoshihisa Iwashita
8: Machine Learning and its Applications in ILC; Osaka City Univ.; Masako Iwasaki
9: Future and Local Development by ILC; Iwate Univ. (Sci./Eng.); Shinya Narita

1: Nonperturbative formulation of anomaly inflow; Kazuya Yonekura
2: Higher-form symmetries and 3-group in an axion-photon system; KEK, SOKENDAI, RIKEN iTHEMS, Keio U.; Yoshimasa Hidaka, Muneto Nitta, Ryo Yokokura
3: 't Hooft Anomaly and Phase Diagram in Finite-Density Massless Two-Color QCD at Isospin Roberge-Weiss Point; TITech^A, RIKEN^B, YITP^C, Keio U.^D, Kochi U.^E, Osaka U. RCNP^F; Takuya Furusawa^A,B, Yuya Tanizaki^C, Etsuko Itou^D,E,F
4: Anomalous transport independent of gauge fields; Fudan U.; Mamiya Kawaguchi, ^○Ken Kikuchi
5: Compensator fields and anomalies in four dimensional supersymmetric nonlinear sigma models; Dept. of Physics, Nara Women's University; Aya Kondo, Tomohiko Takahashi

6: Reheating process through conformal anomaly; FRIS, Sokendai^A, KEK^B; Hiroyuki Kitamoto, Yoshihisa Kitazawa^A,B
7: Reconstruction of Dressed-Asymptotic States and Asymptotic Symmetries; Nagoya Sci., Nagoya KMI^A; Hideo Furugori, Shin'ichi Nojiri
8: Schwinger mechanism under pulsed electric field; Waseda University Advanced Science and Engineering; Kaito Iwamura
9: The finite N origin of the Bardeen-Moshe-Bander phenomenon and its extension at N=∞ by singular fixed points; Sorbonne Université, LPTMC^A, Department of Physics, Kyushu University^B; Fleming Claude^A, Bertrand Delamotte^A, Shunsuke Yabunaka^B
10: The ε-expansion in general functional renormalization group for scalar field; Department of Physics, Shizuoka University; Masami Matsumoto, Gota Tanaka, Asato Tsuchiya
11: Structure of automorphism of discreate Heisenberg group; Fac. of Eng., Univ. of Fukui; K.Tanaka, T.Hashimoto

1: The effective potential and universality in GUT inspired gauge-Higgs unification; Osaka U, Central China Normal U, Czech Technical U, Kyushu U; Y. Hosotani, S. Funatsu, H. Hatanaka, Y. Orikasa, N. Yamatsu
2: Fermion Pair Production at e^-e⁺ Linear Collider Experiments in GUT-Inspired Gauge-Higgs Unification; Osaka U, Central China Normal U, Czech Technical U, Kyushu U; H. Hatanaka, Y. Hosotani, S. Funatsu, Y. Orikasa, N. Yamatsu
3: Dirac gaugino mass from grand Gauge Higgs Unification and Wilson line; Niigata Univ., Dept. of Sci., Niigata Univ.^A, Hokkaido Univ.^B, Aichi Medical Univ.^C; Masamichi Sato, Hiroaki Nakano^A, Osamu Seto^B, Toshifumi Yamashita^B
4: Compactification scale and the mass of vector-like fermions from the gauge-Higgs conditions; Institute of Science and Engineering, Shimane University, University of Alabama^A; Toshifumi Yamada, Naoyuki Haba, Nobuchika Okada^A
5: USp(32) Special Grand Unification; Kyushu U.; Naoki Yamatsu
6: Quiver supersymmetric standard model and modulus mediation; RCAPP Kyushu U.; Ken-ichi Okumura
7: Modular Froggatt-Nielsen Mechanism; Dept. of Phys. Nara Women's University, CORE of STEM, Nara Women's University^A; Hitomi Kuranaga, Hiroshi Ohki, Shohei Uemura^A

8: Berry's phase and parameter space in quantum graph; Kobe U.; Tomonori Inoue, Makoto Sakamoto, Inori Ueba
9: Deep learning and k-means clustering in heterotic string vacua with line bundles; KEK; Hajime Otsuka
10: Superfield description of higher-dimensional SYM theory on magnetized tori with full KK towers; Waseda University; Toshihide Shibasaki, Hiroyuki Abe
11: Stable de Sitter flux vacua in rigid Calabi-Yau compactifications; Waseda University, KEK^A; Keiya Ishiguro, Hajime Otsuka^A
12: Modular symmetry for wavefunctions on magnetized T²; Hokkaido Univ.; Shota Kikuchi, Tatsuo Kobayashi, Shintaro Takada, Takuya Tatsuishi, ^○Hikaru Uchida
13: Modular symmetry for wavefunctions on magnetized T²×T²; Hokkaido Univ., KEK^A; Shota Kikuchi, Tatsuo Kobayashi, Shintaro Takada, Hikaru Uchida, Hajime Otsuka^A
14: Quintessence from higher-dimensional gauge theory and early dark energy; Kyushu Univ.; Yuri Okubo, Kentaro Kojima

1: The results of Higgs analysis using ATLAS Run2 full dataset and the status of preparation for Run3 starting next year; University of Tsukuba; HIROSE Shigeki
2: The most recent results of SUSY serches using ATLAS Run2 full dataset and the status of R&D for HL-LHC; Nagoya University; NAKAHAMA Yu

3: Introduction to the 10th DTP Ronbun Award 2020; IPNS, KEK; UNO Shoji
4: Development of high-sensitivity liquid Ar scintillation detector - Optimization of TPB evaporation technique and Implementation of TSV-MPPC Array -; Waseda University; Kazutaka Aoyama
5: Synchronization and calibration of readout systems in a CMB telescope.; Kyoto University （現在：Fujitsu Ltd.）; Ikemitsu Takuji
6: The Plan of Constructing Test Beam Line at KEK; KEK IPNS; Kazunori HANAGAKI

1: NEWAGE57: The progress of underground measurement in 2020; Kobe Univ.; Takuya Shimada, Kentaro Miuchi, Hirohisa Ishiura, Ryo Kubota
2: NEWAGE 58: Low energy threshold study for NEWAGE; Kobe Univ.; Hirohisa Ishiura, Kentaro Miuchi, Takuya Shimada, Ryo Kubota
^●3: Cosmic-ray signatures of dark matter from a flavor dependent gauge symmetry model; GCSE, Waseda Univ., Asia Pacific Center for Theoretical Phys.^A, Pohang Univ.^B, ICRR, The Univ. of Tokyo^C, The Grad. Univ. of Advanced Studies (Sokendai)^D, Theory Center, IPNS, KEK^E, Kavli IPMU (WPI), UTIAS, The Univ. of Tokyo^F; Holger Motz, Hiroshi Okada^A,B, Yoichi Asaoka^C, Kazunori Kohri^D,E,F
4: Development of spectrometer of liquid CF₄ for spin-dependent dark matter; Kobe Univ.; Keita Mizukoshi, Tsuyoshi Maeda, Kentaro Miuchi
5: The research of liquid CF₄'s illuminating for the direct search of spin-dependent dark matter; Kobe Univ.; Takeshi Maeda, Keita Mizukoshi, Kentaro Miuchi

6: Measurement of the emission characteristics of ZnWO₄ scintillator for the Developing the Direction-Sensitivity Dark Matter Detector; ICRR, RCNS^A, IMR^B; Minato Shibata, Hiroyuki Sekiya, Koichi Ichimura^A, Akihiro Yamaji, Shunsuke Kurosawa
7: Study on luminescence of AgBr:I nanoscale semiconductor dispersed in neuclear emulsion by low velocity ions; Toho University, Kanagawa University^A; Takuya Shiraishi, Yasushi Hoshino^A, Tatsuhiro Naka
8: Numerical calculation of magnetic field coupled with axion particle on a Josephson junction; Nagoya Univ., AIST^A, Tohoku Univ.^B, SEMITEC^C; Masayuki Takano, Yasunori Mawatari^A, Rikizo Yano, Naoya Kitajima^B, Katsuhisa Taguchi^C, Satoshi Kashiwaya
9: R&D studies on large microwave cavity for dark matte axion and dark photon - Realization of High-Q cavity -; RCNS Tohoku Univ., IPMU U. of Tokyo, Fukui Univ.^A; Y.Kishimoto, I. Ogawa^A
10: The detection possibility of Migdal effect using gaseous detector (2); ICRR, 神戸大^A, 名古屋大^B; Kiseki Nakamura, Kentaro Miuchi^A, Masahiro Ibe, Shingo Kazama^B

1: Measurement of Sub-GeV Atmospheric Gamma-ray Energy Spectrum in GRAINE 2018 Balloon-borne Experiment; Nagoya University, Aichi University of Education^A, ISAS/JAXA^B, Okayama University of Science^C, Gifu University^D, Kobe University^E; Hiroki Rokujo, Naoto Otsuka, Seina Okada, Hiroaki Kawahara, Ryosuke Komatani, Masahiro Komatsu, Masahiro Komiyama, Osamu Sato, Kou Sugimura, Mayu Torii, Naotaka Naganawa, Toshiyuki Nakano, Noboru Nakano, Mitsuhiro Nakamura, Yuya Nakamura, Akira Nishio, Kimio Niwa, Motoaki Miyanishi, Misaki Morishita, Kunihiro Morishima, Kohichi Kodama^A, Ikeda Chusaku^B, Kaname Hamada^B, Atsushi Iyono^C, Akine Matsukawa^C, Saya Yamamoto^C, Kazuma Nakazawa^D, Masahiro Yoshimoto^D, Shigeki Aoki^E, Keita Ozaki^E, Miyuki Oda^E, Ayaka Karasuno^E, Takumi Kato^E, Kenji Kuretsubo^E, Yoshiki Sato^E, Emi Shibayama^E, Atsumu Suzuki^E, Satoru Takahashi^E, Yurie Tateishi^E, Takafumi Nakamura^E, Motoya Nakamura^E, Toshio Hara^E, Syota Matsuda^E, Toshiki Matsumoto^E, Haruka Matsumoto^E, Toshitsugu Marushima^E, Fukashi Mizutani^E, Misato Yabu^E, Kyohei Yamada^E, Tomomi Yamamoto^E
2: Upgrade of Honda flux calculation for atmospheric neutrinos using accelerator data; ISEE, Nagoya Univ., ICRR, U of Tokyo^A; K. Sato, Y. Itow, H. Menjo, M. Honda^A
3: Search for neutrinos related with solar flare at KamLAND; RCNS, Tohoku Univ.; Nanami Kawada and KamLAND collaboration
4: Search of proton decay into η mesons in SK(1): Development of simulation adopting eta-nucleon interaction; Univ. Tokyo, ICRR; Natsumi Ogawa, Makoto Miura, Super-Kamiokande Collaboration
5: Search for a new physics violating Lorentz invariant in events of electron anti-neutrino originated from the Sun; ICRR Univ. of Tokyo; Hiroshi Ito, for the Super-Kamiokande Collaboration
6: Neutrino Oscillations at low energy long baseline experiments in the presence of nonstandard interactions and parameter degeneracy; Tokyo Metropolitan Univ.; Osamu Yasuda

1: Wronskian/Casoratian Identities and their Application to Quantum Mechanical Systems; Shinshu Univ.; Satoru Odake
2: Complex poles of QCD propagators and their interpretation; Chiba Univ.; Yui Hayashi, Kei-Ichi Kondo
3: Dyon: a novel non-self-dual and a known self-dual solutions --towards understanding confinement/deconfinement transitions; Chiba Univ.; Shogo Nishino, Kei-Ichi Kondo
4: Renormalon in SU(N) QCD(adj.) on compactified spacetime; Kyushu University, KEK^A; Masahiro Ashie, ^○Okuto Morikawa, Hiroshi Suzuki, Hiromasa Takaura^A
5: Quantum phase transition in 3dim SQED and Lefschetz thimble analysis; Hiyoshi Phys. Keio U.^A, YITP^B, Jiangxi Normal U.^C, RECNS Keio U.^D, Akita U.^E, Kyoto U.^F; Toshiaki Fujimori^A,D, Masazumi Honda^B, Syo Kamata^C, Tatsuhiro Misumi^E,D, Norisuke Sakai^D, Takuya Yoda^F
6: Inhomogeneous phase and Nambu-Goldstone mode in O(3) nonlinear sigma model with Dzyaloshinsky-Moriya interaction; UIC^A, RIKEN iTHEMS^B, Keio U.^C, RECNS Keio U.^D, Akita U.^E; Masaru Hongo^A,B, Toshiaki Fujimori^C,D, Tatsuhiro Misumi^E,D, Muneto Nitta^C,D, Norisuke Sakai^C,D
7: Aharonov-Bohm defects; Keio U, Department of Physics at Hiyoshi^A, Keio U, Research and Education Center for Natural Sciences^B; Muneto Nitta^A,B, Chandrasekhar Chatterjee^B
8: Zn modified XY and Goldstone models and vortex confinement transition; Kochi University of Technology, Keio U. Department of Physics at Hiyoshi, and Research and Education Center for Natural Scicences^A; Michikazu Kobayashi, ^○Muneto Nitta^A

9: Supersymmetric CPⁿ, Skyrme-Faddeev models and higher derivative gauge theories; Keio University, Kitasato University; Muneto Nitta, ^○Shin Sasaki^A
10: Exact solutions of domain wall junctions in Abelian-Higgs models; Fac. of Sci., Yamagata Univ., Grad. Sci. and Eng., Yamagata Univ.^A, Dept. of Phys.,Hiyoshi Campus, Keio Univ.^B; Minoru Eto, ^○Masaki Kawaguchi^A, Muneto Nitta^B, Ryotaro Sasaki^A
11: Exhausting all exact solutions of BPS domain wall networks in arbitrary dimensions; Yamagata University, Keio University^A; Minoru Eto, Masaki Kawaguchi, Muneto Nitta, Ryotaro Sasaki
12: Hanay-Tong moduli spaces for BPS Lumps on generalized flag manifolds; RCNP^C, Keio Univ.^A; Keisuke Ohashi^C,A, Toshiaki Fujimori^A, Muneto Nitta^A
13: U(1) gauged Q-balls and their gravitating solutions in the CP^N nonlinear sigma model; Tokyo Univ. of Sci.; Shota Yanai, Nobuyuki Sawado
14: Non-topological solitons in the U(1) gauged complex scaler field theory; TUS; Nobuyuki Sawado, Taichi Shimizu, Shota Yanai
15: Parabolic vortex lattice on hyperbolic plane; Kitasato Univ.; Nao Ooishi, Yu Azuma, Atsushi Nakamula

1: Dirac's quantization condition of Nambu monopole and electroweak dyon in two Higgs doublet models; Yamagata Univ., Keio Univ. REC for NS^A, Kyoto Univ.^B, Keio Univ.^C; Minoru Eto, Yu Hamada, Masafumi Kurachi, Muneto Nitta
2: Sphaleron from gradient flow; Kyoto Univ., RIKEN iTHEMS^A; Yu Hamada, Kengo Kikuchi
3: H-COUP version 3: calculation of radiative corrections to additional Higgs boson decays; Osaka Univ.^A, Kitakyusyu College^B, KIT^C; Masashi Aikou^A, Shinya Kanemura^A, Mariko Kikuchi^B, Kodai Sakurai^C, Kei Yagyu^A
4: move to 14pSB-13
5: Study of Two Higgs model using effective theory; Grad. School of Sci. Hiroshima Univ., Grad. School of Advanced Science and Engineering, Hiroshima Univ.^A; Yuta Kawamura, Takuya Morozumi^A, Apriadi Salim Adam
6: Synergy between direct searches for additional Higgs bosons at the LHC and precise Higgs boson measurements at the ILC; Osaka U, Iwate U^A; Masashi Aiko, Shinya Kanemura, Kentarou Mawatari^A, ^○Kei Yagyu
7: Searching for doubly charged scalar bosons from isospin doublet at future experiments; Osaka U.; Kazuki Enomoto, ^○Kento Katayama, Shinya Kanemura

8: Gravitational waves from a phase transition in the minimal SUSY U(1)_B-L model; Institute of Science and Engineering, Shimane University; Toshifumi Yamada, Naoyuki Haba
9: Observable Gravitational Waves in Minimal Scotogenic Model; TiTech, IIT Guwahati^A, Seoul-Tech^B; Kohei Fujikura, Debasish Borah^A, Arnab Dasgupta^B, Sin Kyu Kang^B, Devabrat Mahanta^A
10: Scaled-up Electroweak Baryogenesis; TiTech, IAS^A, TD Lee Institute^B, Rutgers U^C; Kohei Fujikura, Keisuke Harigaya^A, Yuichiro Nakai^B, Ruoquan Wang^C
11: Constraints on the 1st order phase transition in CxSM; Ocha Phys.; Chikako Idegawa, Cho Gi-Chol
12: The possibility of a two-step electroweak phase transition in two higgs doublet models; Grad. Sch. of Natural Science & Technology, Kanazawa Univ.; Hiroto Shibuya
13: First-order phase transition triggered by fermion effects; Center for High Energy Physics at Peking University, Institute of Theoretical Physics at Peking University^A, CAS Key Laboratory of Frontiers in Theoretical Physics, ITP at Chinese Academy of Sciences^B, Institute of Theoretical Physics at Chinese Academy of Sciences^C; Qing-Hong Cao, ^○Katsuya Hashino, Xuxiang Li^A, Zhe Ren^B, Jiang-Hao Yu^C

1: Introduction; Nagoya Univ.; Toru Iijima
2: Theoretical problems to be unraveled by the Belle II experiment; KEK Theory Group; Motoi Endo
3: Status and prospect of the SuperKEKB accelerator; KEK Accelerator; Yasushi Arimoto
4: Status and prospect of the Belle II experiment; KEK Belle II Group; Katsuro Nakamura
5: New physics beyond the Standard Model inferred from observed flavor anomalies; Kindai Univ.; Yuji Omura

6: Indications of new physics beyond the Standard Model in flavor anomalies observed at the LHC experiments; Univ. of Zurich; Yuta Takahashi
^●7: Status and prospect of anomalies in !Latex$b¥to c ¥tau^{- ¥bar{¥nu}_{¥tau}$ and !Latex$b¥to s ¥mu}+ ¥mu^-$ transitions; Nagoya Univ.; Alessandro Gaz
8: Search for new physics beyond the Standard Model through !LaTeX$K_{L}¥rightarrow¥pi^{0}¥nu¥bar{¥nu}$ decays at the KOTO experiment; Osaka Univ.; Hajime Nanjo
9: Status and prospect of the g-2 experiment in JPARC; Kyushu Univ.; Takashi Yamanaka
10: Summary; Nara Women's Univ.; Kenkichi Miyabayashi

^●1: The Super-Kamiokande Gadolinium experiment; Kamioka Observatory, ICRR, Univ. of Tokyo; Guillaume Pronost on behalf of the Super-Kamiokande collaboration
2: Current status of the screening for gadolinium sulfate in SK-Gd; Okayama University; Shintaro Ito, for the Super-Kamiokande Collaboration
^●3: Gd sulfate concentration profile in the Super-Kamiokande.; Kamioka Observatory, ICRR, Univ. of Tokyo; Marti-Magro Lluis on behalf of the Super-Kamiokande Collaboration
4: Analysis of initial data in SK-Gd experiment; Okayama Univ.; M.Harada, for Super-Kamiokande Collaboration
5: Study of the atmospheric neutrino background for Supernova Relic Neutrino search; Okayama University, Super-Kamiokande Collaboration; Seiya Sakai, Super-Kamiokande Collaboration
6: Long term simulation of supernova and development of analysis framework; Kyoto Univ., Kyoto Sangyo Univ.^A, Kyushu Univ.^B, Numazu Coll^C, Okayama Univ.^D, ICRR^E; Masamitsu Mori, Roger Wendell, Yosuke Ashida, Suwa Yudai^A, Kenichiro Nakazato^B, Kosuke Sumiyoshi^C, Yusuke Koshio^D, Masayuki Masayuki^D, Akira Harada^E
7: Search for supernova burst at Super-Kamiokande using new supernova models; Kyoto Univ.; Masamitsu Mori, Roger Wendell, Super-Kamiokande Collaboration

8: Improvement of energy reconstruction for solar neutrino analysis in Super-Kamiokande; TUS, ICRR^A; Masataka Shinoki, Masaki Ishitsuka, Yasuhiro Nakajima^A, Super-Kamiokande Collaboration
9: Development of high sensitivity water radon detector for low background experiment; ICRR, Kobe University^A; A.Takeda, K.Okamoto, Y.Takeuchi^A, Y.Nakano^A, S.Yamamoto^A
10: Development of radon emission measurement system for low background material selection; Kobe University, ICRR^A; H.Ozaki, Y. Nakano, O.Suzuki, Y.Takeuchi, A.Takeda^A
11: Detector calibration for the measurement of PMT quantum efficiency in Super-Kamiokande; Okayama University, Super-Kamiokande Collaboration; Seiya Sakai, Super-Kamiokande Collaboration
12: Characterization of the response for the various photon signals of the new detector “D-Egg” for the IceCube-Upgrade; Chiba Univ.; R. Nagai, C. Hill, A. Ishihara, K. Kin, L. Lu, Y. Morii, M. Meier, M. Suzuki, Y. Takemasa, S. Vargas, S. Yoshida
^●13: Final Acceptance Testing (FAT) of IceCube's D-Eggs Before Permanent Deployment in the Antarctic Ice; Int’l. Center for Hadron Astrophysics; Colton Hill
14: Study of systematic uncertainties for improving the sensitivity of the neutrino mass ordering in the IceCube-Upgrade project; Chiba University; Ken'ichi Kin, Aya Ishihara, Ryo Nagai, Shigeru Yoshida

1: Bakalov's tensor categories and WZW models applied for the chiral operad theory; Kaichi Gakuen; Makoto Sakurai
2: Freudenthal magic square and incomplete resolutions in F theory; SOKENDAI^A, KEK^B, NIT Kurume College^C; Rinto Kuramochi^A, Shun’ya Mizoguchi^A,B, Taro Tani^C
3: The weak gravity conjecture for p-form gauge field; Department of Physics, Kobe Univ.; Hibiki Satake, Toshifumi Noumi
4: Quantum algorithms for exploring the string landscape; Kavli IPMU; Keita Kanno
5: Charged rotating BTZ black holes in noncommutative space and torsion gravity; Chung Yuan Christian University^A, UESTC^B; Shoichi Kawamoto^A, Koichi Nagasaki^B, Wen-Yu Wen^A
6: Open superstring field theory based on general cyclic A-infinity algebra; YITP; Hiroshi Kunitomo
7: Notes on 1/K in open string field theory; Czech Academy of Sci; Toru Masuda

8: Interaction vertices of bosonic higher spin gauge theory in BRST-antifield formalism; Dept. of Phys. Ibaraki Univ.; Haruya Suzuki, Makoto Sakaguchi
9: Cut & join operations and dessins; OCAMI, NITEP^A, ITEP^B; H. Itoyama^A, A.Mironov^B, A. Morozov^B, ^○R.Yoshioka
10: The correspondence between Unitary / Hermitian matrix model for N=2 N_f=3 SU(2) supersymmetric gauge theory; SOKEN-DAI; Hitomi Tashiro
11: Derivation of negative specific heat in one-dimensional large-N reduced model; Shizuoka University; Takeshi Morita, ^○Hiroki Yoshida
12: Space-time structure in the Lorentzian type IIB matrix model in the large N limit; SOKENDAI^A, National Technical University of Athens^B, Setsunan University^C, KEK^D, Tokuyama College^E, Shizuoka University^F; Mitsuaki Hirasawa^A, Konstantinos N. Anagnostopoulos^B, Takehiro Azuma^C, Kohta Hatakeyama^D, Yuta Ito^E, Jun Nishimura^{A, D}, Stratos Kovalkov Papadoudis^B, Asato Tsuchiya^F
13: Effect of fermions in the complex Langevin simulation of the Lorentzian type IIB matrix model; KEK^A, National Technical University of Athens^B, Setsunan University^C, SOKENDAI^D, Tokuyama College^E, Shizuoka University^F; Kohta Hatakeyama^A, Konstantinos N. Anagnostopoulos^B, Takehiro Azuma^C, Mitsuaki Hirasawa^D, Yuta Ito^E, Jun Nishimura^A,D, Stratos Kovalkov Papadoudis^B, Asato Tsuchiya^F

1: θ₂₃ octant measurement in 3+1 neutrino oscillations in T2HKK; Institute of Science and Engineering, Shimane University, College of Science and Engineering, Ritsumeikan University^A; Toshifumi Yamada, Naoyuki Haba, Yukihiro Mimura^A
2: Neutrinoless double beta decay in the seesaw mechanism; Department of Physics Niigata University, KEK Theory Center^A, Graduate School of Science and Technology Niigata University^B; Takehiko Asaka, Hiroyuki Ishida^A, ^○Kazuki Tanaka^B
3: move to 14pSB-14
4: Large lepton family number production from Majorana mass term; Core-U, Hiroshima U., Grad. School of Science, Hiroshima U.^A, Grad. School of Advanced Science and Engineering, Hiroshima U.^B; Takuya Morozumi, Nicholas James Benoit^A, Yuta Kawamura^A, Yamoto Matsuo^A, Yusuke Shimizu^B, Apriadi Salim Adam, Naoya Toyota^A
5: Freeze-in generation of late-time lepton asymmetries in the νMSM; ICRR, EPFL^A; Shintaro Eijima, Mikhail Shaposhnikov^A, Inar Timiryasov^A
6: Leptogenesis in the KNT model; Kogakuin U.; Yoko Irie, Tetsuo Shindou

7: Potential analysis and neutrino model with flavor symmetry; Hiroshima U.; Yuta Kawamura, Yamato Matsuo, Yusuke Shimizu^A, Shunya Takahashi
8: Neutrino model with flavon in A4 modular symmetry; Faculty of Science, Niigata Univ., Graduate School of Science and Technology, Niigata Univ.^A; Takehiko Asaka, ^○Yongtae Heo^A, Takahiro Yoshida^A
9: Reflection symmetries and universal four-zero texture; Department of Physics, Saitama University; Masaki Yang
10: Deviation from the maximal 2-3 neutrino mixing and CP violation from the μ-τ symmetry breaking; Ritsumeikan Univ., RCNP Osaka University^A; Yukihiro Mimura, Takeshi Fukuyama^A
11: Scalar clockwork and flavor neutrino mass matrix; Tokai Univ.; Teruyuki Kitabayashi
12: Radiative corrections for right-handed neutrinos; TUM, Kanazawa U.^A; Alejandro Ibarra, Patrick Strobl, ^○Takashi Toma^A

1: Explanation of aim; KEK Theory Center; Takahiko Matsubara
2: Jim Peebles and the Nascence of Physical Cosmology; IAS Princeton; Masataka Fukugita
3: Big Bang and Physical Process in Cosmic Microwave Background Radiation; Nagoya Univ.; Naoshi Sugiyama
4: The future of cosmology and LiteBIRD; KEK-CMB Group; Masashi Hazumi

5: Cosmological structure formation and dark components in the universe: past, present, and future; Univ. Tokyo, Dept. Phys.; Yasushi Suto
6: Data-Theoretical Aspects of Large-Scale Structure Cosmology; YITP; Takahiro Nishimichi
7: Physical Cosmology with Subaru Hyper Suprime-Cam; Kavli IPMU; Masahiro Takada
8: Physical cosmology and gravitational lensing; Univ. tokyo, RESCEU; Masamune Oguri

1: String Theory of Photons; free lance; Hakaru Yoshida

1: Study of neutrino-less double beta decay by CANDLES; Osaka University; Sei Yoshida, CANDLES Collaboration
2: AXEL experiment: Evaluation of the performance of the large-size prototype detector using 662 keV gamma-rays; Kyoto Univ., ICRR^A, Tohoku Univ. FRIS^B; Masashi YOSHIDA, Atsuko K. ICHIKAWA, Tsuyoshi NAKAYA, Kiseki NAKAMURA^A, Shuhei OBARA^B, Sei BAN, Kazuhiro NAKAMURA, Bungo SUGASHIMA, and the AXEL collaboration
3: Simulation of the AXEL detector; Kyoto University, ICRR, Tohoku University; Sei Ban, Atsuko KIchikawa, Tsuyoshi Nakaya, Kiseki D. Nakamura^A, Shuhei Obara^B, Kazuhiro Nakamura, Masashi Yoshida, Bungo Sugashima, and the AXEL collaborations
4: KamLAND-Zen : Estimation of radioactive isotope productions by cosmic-ray muon spallation; RCNS, Tohoku Univ.; KAMEI Yuto for KamLAND-Zen Collaboration
5: Simulation study of cosmic-ray muon spallation and its decay chain; RCNS, Tohoku Univ.; Sei Ieki for KamLAND-Zen Collaboration
6: Majorana neutrino search with KamLAND-Zen400 applying new background rejection methods; RCNS, Tohoku Univ.; Atsuto Takeuchi for KamLAND-Zen Collaboration
7: KamLAND-Zen : Study for improvement of energy resolution(3); RCNS, Tohoku Univ.; Haruhiko Miyake for KamLAND-Zen Collaboration
8: KamLAND-Zen : Result of the search for neutrinoless double-beta decay from KamLAND-Zen 800; RCNS, Tohoku Univ.; Hideyoshi Ozaki, for KamLAND-Zen Collaboration

9: KamLAND2-Zen: Pulse shape discrimination with scintillation film and liquid scintillator; RCNS, Tohoku Univ.; Rikuo Nakamura, for KamLAND-Zen Collaboration
10: Development of small-size prototype detector for KamLAND2-Zen; RCNS, Tohoku Univ.; Itaru Shimizu, for KamLAND-Zen Collaboration
11: Performance evaluation of the second emission solute for great light quantity liquid scintillator development; RCNS, Tohoku Univ.; Anna Goto, for KamLAND-Zen Collaboration
12: Selection of reflective sheet for light yield improvement in prototype detector for KamLAND2-Zen; RCNS, Tohoku Univ.; Yuki Yoshida, for KamLAND-Zen Collaboration
13: ZICOS Neutrinoless double beta decay experiment using ⁹⁶Zr in organic liquid scintillator - Development of pulse shape discrimination for Cherenkov light in scintillation detector -; Miyagi Univ. of Edu., ICRR Univ. of Tokyo^A, Fukui Univ.^B, Tokyo Univ. of Sci.^C, IMR Tohoku Univ.^D; Y.Fukuda, S.Moriyama^A, K.HIraide^A, I.Ogawa^B, T.Gunji^C, S.Tsukada^C, R.Hayami^C, S.Kurosawa^D
14: Basic studies on the search for double beta decay with silicon detectors; TUS; Ryuji Kobayashi, Masaki Ishitsuka
15: Shell model study of lambda mechanism for neutrinoless double beta decay; Kansai University^A, Indian Institute of Technology, Ropar^B; Yoritaka Iwata^A, Shahaliar Sarkar^B

Program

Theoretical Particle Physics