JPS 75th Annual Meeting

7: The update of Higgs particle analysis using ATLAS Run2 full data and the status of Run3 preparation; University of Freiburg; HIROSE Shigeki
8: The update of SUSY searches using ATLAS Run2 full data and the prospects of LHC luminosity upgrade; Tokyo Tech; OIDE Hideyuki

1: Teppei Kitahara
2: Correlation of FCNC and CP violation among s→d, b→d and b→s transitions in the model with vector-like quark; Grad. Sch. of Sci., Hiroshima Univ.^A, CORE-U, Hiroshima Univ.^B; Shunya Takahashi^A, Takuya Morozumi^A,B, Yusuke Shimizu^A
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: Modular subgroup for flavor symmetry; Dept. of Phys. Nara Women's University, and CORE of STEM, Nara Women's University^A; Hiroshi Ohki, Shohei Uemura^A, and ^○Risa Watanabe
5: Modular Stabilization in Flavor Symmetric Model; Hokkaido U., Hiroshima U.^A, Niigata U.^B; T. Kobayashi, Y. Shimizu^A, ^○K. Takagi^A, M. Tanimoto^B, T.H. Tatsuishi, H. Uchida
6: Limits on general neutrinophilic two-Higgs-doublet model with Majorana mass from Lepton Flavor Violation.; Shimane University; Tsuneharu Omija
7: Muon and Electron g − 2 and the Origin of Flavor Hierarchy; Department of Physics and Material Science, Shimane University; Naoyuki Haba, Yasuhiro Shimizu, Toshifumi Yamada
8: Testing the 2HDM explanation of the muon g-2 anomaly at the LHC; Nagoya Univ., Kinki Univ., KMI; Syuhei Iguro, Yuji Omura^A, Michihisa Takeuchi^B
9: Analysis of top-quark rare decay via non-standard tqZ couplings based on Effective Lagrangian; Okayama U. Sci. and U. Tokushima^A; Kazumasa Ohkuma, Akira Uejima, and Zenro Hioki^A
10: Probing lepton number violation via the higher dimensional operators at the future collider experiments; Kanazawa U., Osaka U.^A; Mayumi Aoki, Kazuki Enomoto^A, Shinya Kanemura^A

1: Two-dimensional anomaly, orbifolding, and boundary states; Fudan U.; Ken Kikuchi
2: 1/N expansion of anomalous supersymmetric nonlinear sigma models in four dimensions; Dept of Physics, Nara Women's University; Aya Kondo, Tomohiko Takahashi
3: Einstein anomaly with V-A fields in six dimensional curved space; Kumamoto Univ. GSST, Kumamoto Univ. FAST^A; Yamamoto Kohei, Yajima Satoshi^A
4: The gravity dual of Lorentzian OPE blocks; National Taiwan Univ., Kavli IPMU^A, The Univ. of Tokyo^B; Heng-Yu Chen, Lung-Chuan Chen, ^○Nozomu Kobayashi^A, Tatsuma Nishioka^B
5: Four-point vertices of bosonic higher spin gauge theory in BRST-BV formalism; Dept. of Phys. Ibaraki Univ.; Haruya Suzuki, Makoto Sakaguchi
6: ODE/IM correspondence for affine Lie algebras; Titech, Nordita^A; Katsushi Ito, Hongfei Shu^A, Kohei Kuroda, Takayasu Kondo
7: Finite N corrections to the superconformal index of toric quiver gauge theories; Tokyo Tech; Reona Arai, Yosuke Imamura, ^○Shota Fujiwara, Tatsuya Mori

8: An extension of Drinfel'd double and non-Abelian U-duality; KPUM; Yuho Sakatani
9: T-dual superstring Lagrangian with double zweibeins; Juntendo & KEK, Stony Brook^A; Machiko Hatsuda, Warren Siegel^A
10: Half-hypermultiples in F-theory via incomplete resolution of singularities; Sokendai, KEK, Sokendai^A, Knct^B; Naoto Kan, Shun'ya Mizoguchi^A, ^○Taro Tani^B
11: Grothendieck's dessin d'enfant and non-locality of 7-branes in F-theory; SOKENDAI^A, KEK^B; Rinto Kuramochi^A, Shin Fukuchi^A, Naoto Kan^A, Shun'ya Mizoguchi^A,B, Hitomi Tashiro^A
12: Improved string amplitudes in operator formalism; Doshisha U, Nara Women's U^A; Shigenori Seki, Tomohiko Takahashi^A
13: Creation of D9-brane--anti-D9-brane Pairs inside Gravitationally Collapsing Spherical Shell; Faculty of Science, Hokkaido University; Kenji Hotta

1: String Regge trajectory on de Sitter space and implications to inflation; Kobe Univ., Stockholm Univ.^A; Toshifumi Noumi, ^○Toshiaki Takeuchi, Siyi Zhou^A
2: Breaking of null energy condition by Casmir effect in extra dimensional spaces; NIT Miyakonojo College, Tohoku Univ.^A; Yoshio Matsumoto, Hiroki Matsui
3: Index theorem on magnetized T²/Z_N orbifolds; Kobe-U, DESY^A, Kobe-U^B; Maki Takeuchi, Yoshiyuki Tatsuta^A, Makoto Sakamoto^B
4: Topological structure in quantum graph; Kobe U.; Tomonori Inoue, Makoto Sakamoto, Inori Ueba
5: Spectrum analysis of domain wall in 5-dimensional gravity theory; Waseda U, KEK^A; Shuntaro Aoki, ^○Yu Asai, Hiroyuki Abe, Yutaka Sakamura^A
6: Higgs inflation in metric and Palatini formalisms: Required suppression of higher dimensional operators; DESY, Ochanomizu^A, Osaka^B, Yonsei^C; Ryuusuke Jinno, ^○Mio Kubota^A, Kin-ya Oda^B, Seong Chan Park^C

^●7: Double Field Inflation derived from superstring and SUGRA; Graduate School of Advanced Science and Engineering, Waseda University; MAN PING KWAN
8: Cosmological perturbations in M-theory with higher derivative corrections; Meijo Univ. Senior High School, Dept. of Phys. Ibaraki Univ.^A; Kazuho Hiraga, Yoshifumi Hyakutake
9: Thermodynamic phase diagram of three dimensional AdS pure gravity and CFT; Kanagawa Inst. of Tech.; Yasunari Kurita
10: Investigation of a noncommutative deformation of the holographic gauge theory based on the entanglement entropy.; College of Engineering, Nihon University; Tadahito NAKAJIMA
11: An approach to integrable quantum cosmology with an equivalent Hamiltonian; NIT Gifu College, Yamaguchi Univ.; Nahomi Kan, Masashi Kuniyasu, Kiyoshi Shiraishi, Kohjiroh Takimoto
12: The evaluation of eta-invariant on a physical set-up; Osaka U.; Hidenori Fukaya, Naoki Kawai, ^○Yoshiyuki Matsuki, Makito Mori, Tetsuya Onogi, Satoshi Yamaguchi

1: Development of a TES microcalorimeter with absorber specialized for Solar axion detection; Dept. of Phys, ISAS^A, Dept. of Phys, Kitasato Univ.^B, Dept. of Phys, Nippon Steel Sumitomo Metals Co., Ltd.^C, Dept. of Phys., AIST^D, Dept. of Phys., Waseda Univ.^E, Dept. of Phys., NASA/Goddard Space Flight Center^F; R. Konno^A,B, K.Maehisa^A,C, K. Mitsuda^A, N. Yamasaki^A, R. Yamamoto^D, T. Hayashi^A, H. Muramatsu^A,F, Y.Nakashima^A, Y.Yagi^A, T. Homma^E, M. Saito^E, M.Sugie^E, R.Sato^E
2: R&D studies on large microwave cavity for dark matte axion and dark photon - larger volume with multistage cavity -; RCNS Tohoku, Fukui^A, ICRR Tokyo^B; Y. Kishimoto, Y. Suzuki, I. Ogawa^A, M. Yamashita^B
3: J-factor estimation of Draco, Sculptor and Ursa Minor dwarf spheroidal galaxies with the member/foreground mixture model; Kavli IPMU, ICRR^A, Tohoku Univ.^B; Shunichi Horigome, Kohei Hayashi^A, Masahiro Ibe^A, Miho N. Ishigaki^B, Shigeki Matsumoto, Hajime Sugai
4: Prospect of Indirect Search for Dark Matter Annihilation with LSBGs; Nagoya U., IPMU&Amsterdam^A, Nagoya U.^B, ICRR^C, IPMU^D, NAOJ^E, Amsterdam&IPMU^F; Daiki Hashimoto, Oscar Macias^A, Atsushi J. Nishizawa^B, Kohei Hayashi^C, Masashiro Takada^D, Masato Shirasaki^E, Shin’ichiro Ando^F
5: Possibility of observation of Migdal effect using gaseous detector; Kobe-University, ICRR, Nagoya-University; Kiseki Nakamura, Kentaro Miuchi, Masahiro Ibe^A, Shingo Kazama^B

6: NEWAGE 55: Development progress of large NIμ-TPC and low energy threshold study for NEWAGE; Kobe Univ.; Hirohisa Ishiura, Kentaro Miuchi, Tomonori Ikeda, Takuma Nakamura, Takuya Shimada, Kiseki Nakamura
7: Development of a Liquid Xenon TPC with a Resistive Thin Layer; Nagoya University, ISEE; Rina Yamazaki
8: Directional Dark Matter Search with Super-fine Grained Nuclear Emulsion NEWSdm(1)〜Understanding of nuclear recoil signal and future subjects〜; Toho University, Nagoya University^A, IMASS Nagoya University^B, Chiba University^C, LNGS^D; Tatsuhiro Naka, Takuya Shiraishi, Atsuhiro Umemoto^A, Ryuta Kobayashi^A, Inori Todoroki^A, Kazami Hamano^A, Kana Saeki, Osamu Sato^B, Ken'ichi Kuge^C, Takashi Asada^D and NEWSdm collaboration
9: Directional Dark Matter Search with Super-fine Grained Nuclear Emulsion NEWSdm(2)〜developing scanning system for underground experiments〜; Graduate School of Science Nagoya University, Graduate School of Science Toho University^A, IMASS Nagoya University^B, Chiba University^C, LNGS^D; Ryuta Kobayashi, Tatsuhiro Naka^A, Toshiuki Nakano, Takuya Shiraishi^A, Atsuhiro Umemoto, Inori Todoroki, Kazami Hamano, Kana Saeki^A, Osamu Sato^B, Ken'ichi Kuge^C, Takashi Asada^D, Ryosuke Komatani, and NEWSdm collaboration
10: Results of small-scale sub-MeV environmental neutron measurements with nuclear emulsion; Graduate School of Science Nagoya University, Graduate School of Science Toho University^A, IMASS Nagoya University^B, LNGS^C; Inori Todoroki, Tatsuhiro Naka^A, Takuya Shiraishi^A, Atsuhiro Umemoto, Ryuta Kobayashi, Kazami Hamano, Kana Saeki^A, Osamu Sato^B, Takashi Asada^C, and Measurement of neutron consortium
11: Measurement of the emission characteristics of ZnWO₄ scintillator for the Developing the Direction-Sensitivity Dark Matter Detector; ICRR; Minato Shibata, Hiroyuki Sekiya, Koichi Ichimura

1: Three parameter mass matrix model for neutrinos; Osaka Univ., Osaka Inst. of Tech.^A; Yoshio Koide and ^○Hiroyuki Nishiura^A
2: Radiative seesaw mechanism in models with the 3-3-1 gauge symmetry; Osaka University; Arindam Das, Kazuki Enomoto, Shinya Kanemura, Kei Yagyu
3: Hybrid seesaw mechanism based on A₄ flavor symmetry; Kanazawa Univ.; M. Aoki, ^○D. Kaneko
4: Modular symmetry and neutrino physics; Niigata Univ.; Takehiko Asaka, Yongtae Heo, ^○Takahiro Yoshida
5: Neutrino mixing and modular symmetry; Niigata Univ.; Takehiko Asaka, ^○Yongtae Heo^A, Takahiro Yoshida^A
6: Low scale seesaw models for low scale U(1)L_μ-L_τ symmetry; Dep. of Phys., Univ. of Tokyo; Kento Asai
7: Time evolution of the lepton number violation for Majorana neutrino; Hiroshima Univ.^A, CORE-U^B; Yuta Kawamura^A, Yamato Matsuo^A, Takuya Morozumi^A,B, Apriadi Salim Adam, ^○Yusuke Shimizu^A, Yuya Tokunaga^A, Naoya Toyota^A

8: New physics searches by the momentum distribution of emitted leptons in the neutrino trident processes; Saitama U., Miyazaki U.^A; Yuichi Uesaka, Takashi Shimomura^A
9: The effect of higher-order corrections for muon decay in orbit; Dept. of Phys. Saitama Univ.; Taira Yuna, Sato Joe, Uesaka Yuichi, Kakizawa Hiroaki, Sugawara Kohei
10: Exploring the inner earth with atomospheric neutrino and neural networks; U. of Toyama; T. Kurimoto, R. Amai, K. Sugimoto, H. Miwa, S. Yamamoto
11: Built-in cancellation mechanism of electron electric dipole moment and electroweak baryogenesis; Los Alamos National Laboratory, National Taiwan University^A, Ton Duc Thang University^B; Kaori Fuyuto, Wei-Shu Hou^A, ^○Eibun Senaha^B
12: Electric Dipole Moments From Dark Sectors; U. Victoria, Perimeter Institute^A, U. Minnesota^B; Shohei Okawa, Maxim Pospelov, Adam Ritz
13: High Scale Validity of the DFSZ Axion Model with Precision; OIST^A, Meio U.^B, KMI^C; Satsuki Oda^A,B, Yutaro Shoji^C, ^○Dai-suke Takahashi^A,B

1: 3d Spin(N) Seiberg duality; YITP; NII Keita
2: On the entropy of the supersymmetric Janus interface; University of Tokyo, Komaba; Kanato Goto, Lento Nagano, Takuya Okuda, Tatsuma Nishioka
3: S-duality and Dualities of Boundary and Corner Configurations in Supersymmetric Gauge Theories; Perimeter Inst. for Theoretical Phys.; Tadashi Okazaki, Davide Gaiotto
4: Instanton Partition Function of Gauged Argyres-Douglas Theories; Ritsumeikan U.; Takuya Kimura, ^○Takahiro Nishinaka, Yuji Sugawara, Takahiro Uetoko
5: Testing Macdonald Index as a Refined Character of Chiral Algebra; Univ. of Tokyo, DIAS^A; Akimi Watanabe, Rui-Dong Zhu
6: On the relation between line operators in class S theories and Integrable lattice models; RIKEN iTHEMS, Osaka Univ., Seikei Univ.^A, PI^B; Toshihiro Ota, Kazunobu Maruyoshi^A, Junya Yagi^B
7: The Superconformal Index of Genus Two Class S Theory; OCU, Rits^A; Kazuki Kiyoshige, Takahiro Nishinaka
8: Exact Quantum periods for N=2 SU(2) gauge theory and TBA equations; Tokyo Tech; Imaizumi Keita
9: The Geometry of SUSY Enhancement; DESY, Oxford U.^A, Tokai U.^B, Roma U. Tor Vergata^C; Federico Carta, Simone Giacomelli^A, ^○Hirotaka Hayashi^B, Raffaele Savelli^C

10: de Sitter space-time emergent from flow equation; YITP; Shuichi Yokoyama
11: Non-relativistic Hybrid Geometry with Gravitational Gauge-Fixing Term; YITP, Kyoto University, Institute for Particle and Nuclear Physics, Wigner Research Center for Physics^A, Department of Physics, Kyoto University^B; Sinya Aoki, Janos Balog^A, Shuichi Yokoyama, Kentaroh Yoshida^B
12: Nonlocal Effective Action from the Functional Renormalization Group; Kindai University, Czech Technical University^A; Nobuyoshi Ohta, Leslaw Rachwal^A
13: Gravity Analog Model of Non-equilibrium Thermodynamics I; Open Univ. Japan, Tama Art Univ.^A, Ochanomizu Univ.^B, Otsuma Women’s Univ.^C; Noriaki Aibara, Naoaki Fujimoto^A, So Katagiri, Mayumi Saitou^B, Akio Sugamoto^B, Takashi Yamamoto and Tsukasa Yumibayashi^C
14: Gravity Analog Model of Non-equilibrium Thermodynamics II; Open Univ. Japan, Tama Art Univ.^A, Ochanomizu Univ.^B, Otsuma Women’s Univ.^C; Noriaki Aibara, Naoaki Fujimoto^A, So Katagiri, Mayumi Saitou^B, Akio Sugamoto^B, Takashi Yamamoto and Tsukasa Yumibayashi^C
15: Heterotic string geometry theory; Waseda Univ., Hirosaki Univ.^A; Masaki Honda, ^○Matsuo Sato^A

1: Introduction; Kyushu Univ.; Taikan Suehara
2: Status and Plans of the ILC Project; ICEPP, Univ. of Tokyo; Tomohiko Tanabe
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: Experimental approach to the inner core of neutron stars; Dept. of Physics, Tohoku U.; Hirokazu Tamura
2: Multi-messenger astronomy with neutron-star binaries; Theoretical Astrophysics Group, Department of Physics, Kyoto University; Kotaro Kyutoku
3: Frontier of neutron star matter study at RIBF; Experimental Nuclear and Hadronic Physics Laboratory, Department of Physics, Kyoto University; Juzo Zenihiro
4: Probing dense matter with nuclei and neutron stars; Kochi Univ., Dept. Math. Phys.; Kei Iida

5: Time-Dependent Density Functional Theory for Nuclear Dynamics in the Neutron Star Crust; Niigata Univ.; Kazuyuki Sekizawa
6: Application of superfluid Fermi atomic gas to the study of low-density crust regime of neutron-star interior; Faculty of Sci. and Tech., Keio Univ.; Yoji Ohashi
7: Equation of state of neutron stars measured by electromagnetic observations; RIKEN; Teruaki Enoto
8: Topological aspect of 3P2 superfluids in the interior of neutron stars; Faculty of Eng. Sci., Osaka Univ.; Takeshi Mizushima
9: Neutron star equations of state: from the QCD perspectives; Central China Normal University; Toru Kojo

1: The field decomposition method and a gauge-invariant mass term of the Yang-Mills field; Chiba Univ., CRC KEK^A, SOUKENDAI^B; Ryutaro Matsudo, Akihiro Shibata^A,B, Shogo Nishino, Kei-Ichi Kondo
2: Quark confinement in the SU(2) Yang-Mills theory with a gauge-invariant gluon mass; CRC KEK^A, SOKENDAI^B, Dpt. Phys. Chiba-U^C; Akihiro Shibata^A,B, Kei-Ichi Kondo^C, Ryutaro Matsudo^C, Shogo Nishino^C
3: Dyon in SU(2) Yang--Mills theory with a gauge-invariant gluon mass and confinement/deconfinement phase transition; Chiba University; Shogo Nishino, Kei-Ichi Kondo
4: The new confinement scheme due to violation of non-Abelian Bianchi identity in QCD; Kochi Univ., RCNP, Osaka Univ.^A; Atsuki Hiraguchi, Tsuneo Suzuki^A, Katsuya Ishiguro
5: Partial deconfinement and gauge fixing; University of Jena^A, University of Regensburg^B, University of Southampton^C, RIKEN Nishina Center^D, University of Tsukuba^E; Georg Bergner^A, Norbert Bodendorfer^B, Masanori Hanada^C, Enrico Rinaldi^D, ^○Hiromasa Watanabe^E
6: Configuration generator RBM based on reverse renormalization group; Kanazawa University, NIT Yonago College^A, NST Kanazawa University^B; Ken-Ichi Aoki, Tamao Kobayashi, Koutarou Miura

7: Calculation of real-time path integral for 1+1 dim lattice phi⁴ theory by tensor network method; Kanazawa U.; Shinji TAKEDA
8: Numerical analyses of two-dimensional U(1) lattice gauge theory with a θ term by tensor renormalization group; Tsukuba Univ.; Yusuke Yoshimura, Yoshinobu Kuramashi
9: Analysis of four-dimensional Ising model with tensor renormalization group; Grad. School of Pure and Applied Sciences, Univ. of Tsukuba, CCS^A, Faculty of Engineering, Information and Systems, Univ. of Tsukuba^B; Shinichiro Akiyama, Yoshinobu Kuramashi, Takumi Yamashita, Yusuke Yoshimura
10: Grassmann tensor renormalization group with Gilt; Univ. of Iowa; Ryo Sakai
11: Renormalization group on a triad tensor network; National Tsing Hua Univ., DESY; Daisuke Kadoh, Katsumasa Nakayama
12: Lattice fermions on discretized manifolds with nonzero Euler characteristics; Akita U.^A, RECNS Keio U.^B, RIKEN iTHEMS^C; Jun Yumoto^A, Tatsuhiro Misumi^A,B,C
13: Finiteness of Wess-Zumino Gradient Flow; National Tsing Hua Univ., Kyoto Univ.^A, Tsukuba Univ. CCS^B; Daisuke Kadoh, ^○Kengo Kikuchi^A, Naoya Ukita^B
14: Symmetries and anomaly matching of central-branch Wilson fermion; Akita U.^A, RECNS Keio U.^B, RIKEN iTHEMS^C, North Carolina State U.^D; Tatsuhiro Misumi^A,B,C, Yuya Tanizaki^D
15: About bulk phase transition of SU(2) n_f = 8 fundamental unimproved staggered fermion; RIKEN R-CCS, NTCU^A, CYCU^B; Issaku Kanamori, C.-J.David Lin^A,B

1: Study on new determination method of attenuation length using a diffuser ball in Super-Kamiokande; ICRR; Shuichi Imaizumi, Shigetaka Moriyama, Jun Kameda, for Super-Kamiokande collaboration
2: L/E oscillation analysis of atmospheric neutrino in Super-Kamiokande; ICRR; Yutaro Sonoda, Yosuke Kataoka, Masato Shiozawa, for Super-Kamiokande collaboration
3: Calibration and development of detector simulation for Super-Kamiokande V; Institute for Cosmic Ray Research, The University of Tokyo; Jun Kameda for Super-Kamioande collaboration
4: Evaluation of reconstruction performance for neutrino-induced events in SK-V period; Univ. Tokyo; Natsumi Ogawa, Super-Kamiokande Collaboration
5: Upgrade of atmospheric neutrino flux calculation by reducing uncertainty of hadron interaction; ISEE, Nagoya Univ., ICRR, U of Tokyo^A; K. Sato, Y. Itow, H. Menjo, M. Honda^A
6: Measurement of atmospheric gamma-ray spectrum at balloon altitudes in GRAINE-2018 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, Masahiro Yoshimoto^D, Shigeki Aoki^E, Keita Ozaki^E, Miyuki Oda^E, Ayaka Karasuno^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
7: Evaluation of the SPE detection performance of the new detector “D-Egg” for the IceCube-Upgrade; Chiba Univ.; R. Nagai, C. Hill, A. Ishihara, K. Kin, A. Kiriki, L. Lu, K. Mase, M. Meier, M. Suzuki, S. Vargas, S. Yoshida
8: Development of D-Egg electronics simulation for IceCube-Gen2 Phase1; ICEHAP, Chiba University; K. Kin, C. Hill, A. Ishihara, A. Kiriki, L. Lu, K. Mase, M. Meier, R. Nagai, M. Suzuki, S. Vargas, S. Yoshida for the IceCube collaboration

9: Matsumura Tomotake
10: Development of supeconducting detectors for future satellite mission LiteBIRD with cosmic-ray mitigation techniques; KEK, SOKENDAI^A, UCB^B, SLAC^C, Fermi Lab.^D, Tohoku Univ.^E, RIKEN^F, LBNL^G, IPMU^H; Yuto Minami, Yoshiki Akiba^A, Shawn Beckman^B, Masashi Hazumi, Chao-Lin Kuo^C, Noah Kurinsky^D, Hiroki Kutsuma^E, Adrian T. Lee^B, Satoru Mima^F, Christopher R. Raum^G, Trevor Sasse^G, Samantha L. Stever^H, Aritoki Suzuki^G, Benjamin Westbrook^G
^●11: CO contamination in CMB experiments; Univ. of Oxford^A, Kavli IPMU^B, APC Paris^C, KEK^D, Okayama Univ.^E, LBNL^F, Stanford Univ.^G; Tommaso Ghigna^A,B, Tomotake Matsumura^B, Guillaume Patanchon^C, Masashi, Hazumi^D,B, Hirokazu Ishino^E, Aritoki Suzuki^F, Giuseppe Puglisi^G
12: Evaluation of broadband anti-reflective structures by ultra-short pulsed laser ablation in large diameter area for LiteBIRD; The University of Tokyo, Laboratoire de l'accélérateur linéaire^A, University of Minnesota/Twin Cities^B, JAXA/ISAS^C, Okayama University^D; Ryota Takaku, Tomotake Matsumura, Haruyuki Sakurai, Kuniaki Konishi, Hiroaki Imada^A, Shaul Hanany^B, Karl Young^B, Qi Wen^C, Yuki Sakurai, Nobuhiko Katayama, Kazuhisa Mitsuda^C, Noriko Yamasaki^C, Kunimoto Komatsu^D, Hirokazu Ishino^D, Junji Yumoto, Makoto Kuwata-Gonokami
13: Demonstration of the small size achromatic half-wave plate with anti-reflective structures at around 20 K for LiteBIRD LFT; Okayama University, ISAS/JAXA^A, Institute for Photon Science and Technology^B, Department of Physics, The University of Tokyo^C, Kavli IPMU^D; Kunimoto Komatsu, Hirokazu Ishino, Hirokazu Kataza^A, Kuniaki Konishi^B, Makoto Kuwata-Gonokami^C, Nobuhiko Katayama^D, Tomotake Matsumura^D, Haruyuki, Sakurai^B, Yuki Sakurai^D, Ryota Takaku^C, Junji Yumoto^C
14: Development to reconstruct the angular positions of a continuous rotating HWP for LiteBIRD III; Saitama University, IPMU^A, KEK^B, ISAS JAXA^C, Okayama University^D; Shinya Sugiyama, Tomotake Matsumura^A, Yuki Sakurai^A, Nobuhiko Katayama^A, Makoto Tashiro, Yukikatsu Terada, Kosuke Sato, Satoru Katsuda, Masashi Hazumi^B, Masahiro Tsujimoto^C, Kunimoto Komatsu^D, Yoshiki Nomura

1: Directional direct detection of light dark matter; Okayama Univ. of Sci.; Keiko Nagao
2: Neutrino flux from pair-annihilation of dark matter with self-interaction; Kanazawa Univ.; I. S. Alam, ^○T. Hashimoto, D. Suematsu
3: Constraints on the dark photon mass based on the effective number of neutrino; ICRR^A, UTokyo^B, IPMU^C; Masahiro Ibe^A,C, Shin Kobayashi^B, ^○Yuhei Nakayama^B, Satoshi Shirai^C
4: Pseudo-Nambu-Goldstone Dark Matter Model and its UV Completion; Kyoto Univ., Kyushu Univ.^A, MaGill Univ.^B; Y. Abe, T. Toma^B, K. Tsumura^A
5: The weak charged vector dark matter model; IAR^A, KMI^B, NU^C, Kavli iPMU^D; Tomohiro Abe^A,B, Motoko Fujiwara^C, Junji Hisano^B,C,D, ^○Kohei Matsushita^C
6: Scalar dark matter interacting through an extra U(1) gauge interaction; U. of Alabama, Hokkaido U.^A; Nobuchika Okada, ^○Osamu Seto^A
7: Spectrum of dark matter axions; MPP Munich, Zaragoza U.^A, Kanazawa U. ITP^B, U. of Utah^C; Javier Redondo^A, ^○Ken'ichi Saikawa^B, Alejandro Vaquero^C

8: Leptogenesis via neutrino oscillations during the reheating era; KEK, KEK&Sokendai^A, KAIST^B; Shintaro Eijima, Ryuichiro Kitano^A, Wen Yin^B
9: Leptogenesis after superconformal subcritical hybrid inflation; Kanazawa Univ.; Yoshihiro Gunji, Koji Ishiwata
10: Cosmic inflation based on a classically scale invariant extended standard model; Kanazawa Univ.; K. Tomita
11: One-loop vacuum decay rate with a multi-field bounce; the University of Tokyo, KMI^A; So Chigusa, Takeo Moroi, ^○Yutaro Shoji^A
12: Cancellation
13: Gravitational waves from phase transition in a hidden QCD-like sector; Kanazawa University, Toyama University; Mayumi Aoki, Jisuke Kubo
14: Gravitational waves from a phase transition in a SUSY left-right model; Institute of Science and Engineering, Shimane University; Toshifumi Yamada, Naoyuki Haba

1: Fuzzy Torus with a Magnetic Flux; University of Tsukuba^A, Dublin IAS^B; Hiroyuki Adachi^A, Goro Ishiki^A, Kaishu Saito^A, Takaki Matsumoto^B
2: Matrix geometry for ellipsoid; Shizuoka University; Kaho Matsuura, Asato Tsuchiya
3: Analysis of the confinement/deconfinement phase transition in Large N reduced model of pure Yang-Mills theory; Shizuoka University; Takeshi Morita, ^○Hiroki Yoshida
4: The correspondence between Unitary / Hermitian matrix model for N=2 N_f=3 SU(2) supersymmetric gauge theory; SOKEN-DAI; Hitomi Tashiro
5: Suppressed cosmological constant with enhanced gauge symmetry in heterotic interpolating models; Osaka City University, NITEP; Hiroshi Itoyama, Sota Nakajima
6: Stability analysis and enhanced gauge symmetry in heterotic interpolating model; Osaka City University, NITEP; Hiroshi Itoyama, Sota Nakajima
7: Correspondence between Feynman diagrams and operators in quantum field theory that emerges from tensor model; OCU, NITEP, OCAMI, ITEP; N. Amburg, H. Itoyama, A. Mironov, A. Morozov, D. Vasiliev, R. Yoshioka
8: Analysis of Matrix Models Using the Fermi Gas Formalism; YITP; Naotaka Kubo

9: On numerical "double brane" solutions in open string field theory; Sanyo-Onoda City Univ., Nara Women's Univ.^A; Isao Kishimoto, Tomohiko Takahashi^A
10: Interaction terms for extended string field theory; Seikei U., U. Tokyo^A; Masako Asano, Mitsuhiro Kato^A
11: Tree level scattering amplitudes from heterotic string field theory; YITP; Hiroshi Kunitomo
12: Gauge-invariant operators of open bosonic string field theory in the low-energy limit; Graduate School of Arts and Sciences UTokyo, College of Arts and Sciences UTokyo^A; Daiki Koyama, Yuji Okawa, ^○Nanami Suzuki^A
13: Weak A_∞ structure in the low-energy limit of open bosonic string field theory with gauge-invariant operators; Graduate School of Arts and Sciences UTokyo, College of Arts and Sciences UTokyo^A; Daiki Koyama, Yuji Okawa, Nanami Suzuki^A
14: On equation of motion in strong sense for classical solutions in string field theory; CST, Nihon U.; Akitsugu Miwa
15: A new representation of S-matrix via classical solution of open string field theory; Czech Academy of Sci., Kobe Univ.^A; Toru Masuda, Hiroaki Matsunaga, Toshifumi Noumi^A

1: Introduction; ICRR, U. of Tokyo; Yoshinari Hayato
2: Hyper-Kamiokande experiment; ICRR, U. of Tokyo; Shoei Nakayama
3: Recent progress and future prospects of photosensors; HPK; Yuji Yoshizawa
4: High intensity proton accelerator for the neutrino oscillation experiments; KEK; Yoshinori Kurimoto
5: Current status and future prospects on the theoretical studies of neutrino oscillation; Tokyo Metropolitan Univ.; Osamu Yasuda

6: Current status and prospects of theories on proton decay and GUT; U. of Tokyo; Natsumi Nagata
7: Understanding nucleus with neutrino-nucleus scattering; KCL; Teppei Katori
8: Supernova and neutrino; Fukuoka Univ.; Kei Kotake
9: Neutrino observation for the multi-messenger astro-particle physics; U. of Tokyo; Tomoki Morokuma

1: Approach to sign problem in low dimensional QCD by using path optimization; Kyoto Univ., Fukuoka Inst. Tech.^A, YITP^B; Yuto Mori, Kouji Kashiwa^A, Akira Ohnishi^B
2: Implementation of the Hybrid Monte Carlo algorithm to the tempered Lefschetz thimble method; Kyoto Univ., PwC^A; Nobuyuki Matsumoto, Masafumi Fukuma, Naoya Umeda
3: Applying the tempered Lefschetz thimble method to chiral matrix models; Kyoto Univ., PwC; Masafumi Fukuma, Nobuyuki Matsumoto, Naoya Umeda
4: Application of generalized thimble method to chiral random matrix model at nonzero μ; Inst. of Phys., U Tokyo; Hirotsugu Fujii, Yoshio Kikukawa
5: Screening effect of color charges and coupling constant in gauge theory via stress tensor; Osaka U, RIKEN^A, RIKEN iTHEMS^B; Ryosuke Yanagihara, Takumi Iritani^A, Masakiyo Kitazawa, Masayuki Asakawa, Tetsuo Hatsuda^B,A
6: Holonomy effective potential in Yang-Mills theory; Keio University; Hiromichi Nishimura
7: On the particle density distribution function and the center symmetry breaking in finite density lattice gauge theories; Niigata Univ.; Shinji Ejiri

8: Measuring chiral susceptibility with Wilson fermion using gradient flow; 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: Fluxtube profile in finite density two-color QCD; Kochi Univ., RECNS Keio Univ.^A, RCNP Osaka Univ.^B; Kei Iida, ^○Katsuya Ishiguro^A, Etsuko Itou^A,B,C, Tong-Gyu Lee
10: Study of thermodynamic properties of 2+1 flavor lattice QCD by the SGtX method based on gradient flow -- Influence of the 2-loop coefficients; 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, T. Shimojo^D, M. Shirogane^A, A. Suzuki, H. Suzuki^D, Y. Taniguchi, A. Baba
11: Study of chiral susceptibility with overlap fermions; YITP, RIKEN RCCS, Osaka U., KEK, Sokendai, JAEA; S. Aoki, Y. Aoki, H. Fukaya, S. Hashimoto, C. Rohrhofer, K. Suzuki
12: Comparing the results of finite density QCD by the complex Langevin method against lattice perturbation theory; KEK^A, Tokuyama National College of Technology^B, Sokendai^C, Dept. of Phys. Shizuoka Univ.^D, RIKEN Nishina Center^E; Takeru Yokota^A, Yuhma Asano^A, Yuta Ito^B, Hideo Matsufuru^A, Yusuke Namekawa^A, Jun Nishimura^A,C, Asato Tsuchiya^D, Shoichiro Tsutsui^E
13: Complex Langevin calculations and the exact solution in two-dimensional U(1) gauge theory with a theta term; SOKENDAI^A, KEK^B; Akira Matsumoto^A, Jun Nishimura^A,B, Mitsuaki Hirasawa^A, Atis Yosprakob^A
14: On the existence of the continuum limit in the complex Langevin simulations of the Lorentzian type IIB matrix model; SOKENDAI^A, National Technical University of Athens^B, Setsunan University^C, Tokuyama College^D, KEK^E, Shizuoka University^F; Mitsuaki Hirasawa^A, Konstantinos N. Anagnostopoulos^B, Toshihiro Aoki^A, Takehiro Azuma^C, Yuta Ito^D, Jun Nishimura^A,E, Stratos Kovalkov Papadoudis^B, Asato Tsuchiya^F

^●1: Introduction; Kyoto University; Nakaya Tsuyoshi
^●2: Neutrino theory; Niigata University; Asaka Takehiko
^●3: RENO Experiment; Seoul National Univ.; Seo Hyunkwan
^●4: T2K Experiment; RCCN, ICRR, University of Tokyo; Akutsu Ryosuke

^●5: NEOS Experiment; IBS; Oh Yoomin
^●6: JSNS² Experiment; JAEA; Hasegawa Shoichi
^●7: Hyper-Kamiokande; Kamioka Observatory, ICRR, University of Tokyo; Hayato Yoshinari
^●8: Korean Neutrino Observatory (KNO); Sungkyunkwan Univ.; Yu Intae

1: Cancellation
2: Dynamical gauge symmetry breaking and universality relations in the GUT inspired SO(5)xU(1)xSU(3) gauge-Higgs unification; Osaka University, Czech Technical University in Prague, Central China Normal University, Kyushu University; Yutaka Hosotani, Yuta Orikasa, Shuichiro Funatsu, Naoki Yamatsu, Hisaki Hatanaka
3: Testing of Gauge-Higgs Unification Models by measuring of the Triple Higgs Boson Coupling; Univ. of Toyama; Mitsuru Kakizaki, ^○Shin Suzuki
4: Dirac gaugino mass from grand Gauge Higgs Unification; 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
5: A more attractive scheme for radion stabilization and supercooled phase transition; Titech, TDLI^A, MIT^B; Kohei Fujikura, Yuichiro Nakai, Masaki Yamada

6: Updated and Expanded Version of “Finite-Dimensional Lie Algebras and Their Representations for Unified Model Building”; Kyushu U.; Naoki Yamatsu
7: Grand Unification of a simple extension of Minimal Dark Matter and collider signatures; University of Ochanomizu, University of Alabama^A; Kana Hayami, Gi-Chol Cho, Nobuchika Okada^A
8: SO(10) SUSY GUT reproducing the realistic CKM matrix.; Nagoya Univ.^A, Nagoya Univ. KMI^B; KUROSAWA Shohei^A, MAEKAWA Nobuhiro^A,B
9: SUSY threshold corrections to quark and lepton mixing inspired by SO(10) GUT; CCNU, HUST^A; Yu Muramatsu, ^○Yoshihiro Shigekami^A
10: Double the supersymmetric standard model; RCAPP Kyushu U; Ken-ichi Okumura

1: Shoji Hashimoto
2: Glueball spectroscopy through the Yang-Mills gradient flow method in lattice QCD; Department of Physics, Tohoku Univ., Department of Physics, Tohoku Univ.; Sakai Keita, Sasaki Shoichi
3: Renormalization for operators in lattice QCD by meson correlators; KEK^A, SOKENDAI^B, DESY^C; Tsutomu Ishikawa, Katsumasa Nakayama, Shoji Hashimoto
4: Nucleon isovector axialvector charge from 2+1-flavor dynamical domain-wall lattice QCD at physical mass; KEK, SOKENDAI, RBRC; Shigemi Ohta

5: B → D^(*)ℓν decays in relativistic lattice QCD; KEK, Osaka University^A; Takashi Kaneko, Yasumichi Aoki, Gabriela Bailas, Brian Colquhoun, Hidenori Fukaya^A, Shoji Hashimoto, Jonna Koponen (JLQCD Collaboration)
6: Sparse modeling approach to the spectrum functions in QCD; RECNS Keio U., Kochi U., RCNP Osaka U., JAEA, RIKEN AIP; Etsuko Itou, Yuki Nagai
7: Research on meson-baryon interactions using HAL QCD method; YITP; Kotaro Murakami, Sinya Aoki for HAL QCD Collaboration
8: An appropriate all-to-all calculation method to the HAL QCD method and its application to the two-pion scattering; YITP, Kyoto University; Yutaro Akahoshi, Sinya Aoki for HAL QCD Collaboration

1: Hawking radiation and internal structure of black hole geometry; Shizuoka University; Takeshi Morita, Kento Sugiyama
2: Information metric encoded in bulk geometry; Shizuoka University; Asato Tsuchiya, ^○Kazushi Yamashiro
3: Analysis of Electric-Field-Driven Non Equilibrium Phase Transitions in AdS/CFT; Chuo U.; Daisuke Endou, Yuichi Fukazawa, Shin Nakamura
4: Analysis of Spatially Modulated Instability without Chern-Simons Term in Holography; Department of Physics, Chuo University; Haruki Furukawa, Shin Nakamura
5: Entanglement of Schwinger effect in electromagnetic field; IIT Ropar; Shagun Kaushal, ^○Hironori Hoshino, Sourav Bhattacharya, Shankhadeep Chakrabortty, Md Sabir Ali
6: Entropy and Area Term as Gravity Edge Modes; YITP; Tadashi Takayanagi, Kotaro Tamaoka
7: Semi-classical black hole in s-wave approximation; National Taiwan University, Osaka University^A, RIKEN^B; Pei-Ming Ho, ^○Yoshinori Matsuo^A, Yuki Yokokura^B

8: Gravitational perturbations as !LaTeX$T\bar{T}$-deformations in 2D dilaton gravity systems; Kyoto University, NTU, OCAMI; Takaaki Ishii, Suguru Okumura, Jun-ichi Sakamoto, Kentaroh Yoshida
9: Does Boundary Distinguish Complexities?; Kavli IPMU, Dep. of Phys. Univ. of Tokyo^A; Yoshiki Sato, ^○Kento Watanabe^A
10: Information dynamics from correlation measure; YITP, Chicago U.^A; Yuya Kusuki, Jonah Kudler-Flam^A, Shinsei Ryu^A
11: Cool baryon and quark matter in holographic QCD; Kyoto University, Utrecht University^A; Takaaki Ishii, Matti Järvinen^A, Govert Nijs^A
12: Cancellation
13: Cancellation

1: Latest results of CMB B-mode surveys by the POLARBEAR experiment; RESCEU, Cardiff University^A, U. Chile^B, SOKENDAI^C, UC Berkeley^D, UCSD^E, SISSA^F, SSL^G, Laboratoire Astroparticule & Cosmologie^H, Argonne NL^I, U. Melbourne^J, Catholic (PUC)^K, Lawrence Berkeley NL^L, U. Sussex^M, Dalhousie^N, U. Manchester^O, McGill University^P, CNRS^Q, Flatiron Institute^R, U. Illinois at Urbana-Champaign^S, CU Boulder^T, Tohoku University^U, KEK^V, AIST^W, Academia Sinica^X, Imperial College^Y, Kavli IPMU^Z, NASA Goddard^a, CNRS/IN2P3^b, RAL^c, Stanford University^d, U. Cambridge^e, Kyoto University^f, NIFS^g, UCLA^h; Y. Chinone, P. A. R. Ade^A, M. Aguilar^B, Y. Akiba^C, A. Ali^D, K. Arnold^E, P. Ashton^D, C. Baccigalupi^F, D. Barron^G, D. Beck^H, S. Beckman^D, A. N. Bender^I, F. Bianchini^J, D. Boettger^K, J. Borrill^L, J. Carron^M, S. Chapman^N, G. Coppi^O, K. Crowley^E, A. Cukierman^D, M. Dobbs^P, R. Dunner^K, T. Elleflot^E, J. Errard^H, G. Fabbian^Q, S. M. Feeney^R, C. Feng^S, G. Fuller^E, N. Galitzki^E, A. Gilbert^P, N. Goeckner-Wald^D, J. Groh^D, T. de Haan^L, N. W. Halverson^T, T. Hamada^U, M. Hasegawa^V, K. Hattori^W, M. Hazumi^V, C. A. Hill^D, W. Holzapfel^D, L. Howe^E, Y. Inoue^X, J. Ito^E, G. Jaehnig^T, A. Jaffe^Y, O. Jeong^D, M. Le Jeune^H, D. Kaneko^Z, N. Katayama^Z, B. Keating^E, R. Keskitalo^L, T. Kisner^L, N. Krachmalnicoff^F, A. Kusaka^L, A. T. Lee^D, D. Leon^E, E. Linder^L, L. Lowry^E, A. Madurowicz^D, S.Y., D., Mak^Y, F. Matsuda^Z, T. Matsumura^Z, A. May^O, N. J. Miller^a, Y. Minami^V, J. Montgomery^P, M. Navaroli^E, H. Nishino^V, T. Okamura^V, J. Peloton^b, A. Pham^J, L. Piccirillo^O, R. Plambeck^c, D. Poletti^F, G. Puglisi^d, C. Raum^c, G. Rebeiz^E, C. L. Reichardt^J, P. L. Richards^D, H. Roberts^T, C. Ross^N, K. M. Rotermund^N, Y. Segawa^C, B. Sherwin^e, M. Silva-Feaver^E, P. Siritanasak^E, L. Steinmetz^G, R. Stompor^H, A. Suzuki^L, J. Suzuki^V, O. Tajima^f, S. Takada^g, S. Takakura^Z, S. Takatori^C, D. Tanabe^C, R. Tat^D, G. P. Teply^E, A. Tikhomirov^N, T. Tomaru^V, C. Tsai^E, C. Verges^H, B. Westbrook^D, N. Whitehorn^h, A. Zahn^E
2: Searching CMB circular polarization by using POLARBEAR experiment data; YNU, Kavil IPMU^A, Univ. of Tokyo^B, KEK^C; Takuro Fujino, Nobuhiko Katayama, Satoru Takakura, Yuji Chinone, Haruki Nishino, Masaya Hasegawa, POLARBEAR Collaboration
3: Status of the POLARBEAR-2/SImons Array Experiment; Univ. of Tokyo, SOKENDAI^A, Kyoto Univ.^B, Academia Sinica^C, Kavli IPMU^D, YNU^E, KEK IPNS^F, NIFS^G, NAOJ^H, AIST^I, Tohoku Univ.^J; Haruki Nishino, Yoshiki Akiba^A, Shunsuke Adachi^B, Tomofumi Abe^B, Yuki Inoue^C, Nobuhiko Katayama^D, Daisuke Kaneko^D, Shuhei Kikuchi^E, Akito Kusaka, Aritoki Suzuki^F, Junichi Suzuki^G, Yuko Segawa^A, Osamu Tajima^B, Satoru Takakura^D, Sayuri Takatori^A, Daiki Tanabe^A, Suguru Takada^G, Yuji Chinone, Takayuki Tomaru^H, Masashi Hazumi^F, Masaya Hasegawa^F, Kaori Hattori^J, Takaho Hamada^K, Haruaki Hirose^E, Frederick Matsuda^D, Tomotake Matsumura^D, Yuto Minami^G, POLARBEAR collaboration
4: On-sky optical characterization using a broadband black-body source for the POLARBEAR-2A receiver system; SOKENDAI, Kavli IPMU^A, Kyoto Univ.^B, National Central University^C, Tokyo Univ.^D, LBNL^E, KEK IPNS^F, National Institute for Fusion Science^G, NAOJ^H, Tohoku Univ.^J, AIST^I, YNU^K; S. Takatori, K. Daisuke^A, N. Katayama^A, Y. Akiba, T. Abe, S. Adachi, Y. Inoue^B, S. Kikuchi^K, A. Kusaka, A. Suzuki^C, J. Suzuki^D, Y. Segawa, S. Takakura^A, S. Takada^F, O. Tajima, T. Daiki, Y. Chinone^C, T. Tomaru^G, H. Nishino^D, M. Hazumi^D, M. Hasegawa^D, K. Hattori^I, T. Hamada^H, H. Hirose, F. Matsuda^A, T. Matsumura^A, Y. Minami^D, POLARBEAR-2 Collaboration
5: Current status of development of the temperature monitoring system for POLARBEAR-2; SOKENDAI, Kavli IPMU^A, Yokohama National University^B, University of Tokyo^C, LBNL^D, KEK^E, Tohoku University^F; Daiki Tanabe, Yoshiki Akiba, Nobuhiko Katayama^A, Daisuke Kaneko^A, Shuhei Kikuchi^B, Akito Kusaka^C, Aritoki Suzuki^D, Satoru Takakura^A, Sayuri Takatori, Yuji Chinone^C, Haruki Nishino^C, Masashi Hazumi^E, Masaya Hasegawa^E, Takaho Hamada^F, Yuto Minami^E
6: Cosmic neutrino background detection method using Magnon; Kyoto Univ. Sci., Keio Quantum^A, Chapman Quantum^A; Atsuko K. Ichikawa, Yutaka Shikano

7: Development status of the CMB experiment “Simons Observatory”; Kyoto University; Shunsuke Adachi, Simons Observatory
8: Cryogenic Optics Tube Development for Small Aperture Telescope in Simons Observatory; UTokyo, KyotoU^A, IPMU^B, KEK^C, Simons Observatory Collaboration^D; Kenji Kiuchi, Shunsuke Adachi^A, Frederick Matsuda^B, Yuki Sakurai^B, Keigo Nakamura^B, Otsuka Toshiya^A, Masaaki Murata, Yume Nishinomiya, Masaya Hasegawa^C, Akito Kusaka, Osamu Tajima^B, Nobuhiko Katayama^B, Simos Observatory Collaboration^D
9: Development and Design of the Warm Baffling on the Simons Observatory Small Aperture Telescopes; Kavli IPMU, UTokyo^A, LBNL^B, UC San Diego^C, Simons Observatory Collaboration^D; Frederick Matsuda, Akito Kusaka^A,B, Jake Spisak^C, Grant Teply^C, Simons Observatory Collaboration^D
10: Production and control of sparse wire grid calibrator for CMB polarized signal observation in the Simons Observatory experiment; UTokyo^A, KyotoU^B, LBNL^C, Kavli IPMU^D, Simons Observatory Collaboration^E; Masaaki Murata^A, Shunsuke Adachi^B, Kenji Kiuchi^A, Akito Kusaka^A,C, Frederick Matsuda^D, Osamu Tajima^B, Simons Observatory Collaboration^E
11: The evaluation of the thermal and electrical performance of TES for CMB polarization measurements and the preparation for the optical test; UTokyo, NIST^A, UC Berkeley^B, Lawrence Berkeley NL^C; Yume Nishinomiya, Kenji Kiuchi, Akito Kusaka, Johannes Hubmayr^A, Adrian Lee^B,C, Christopher Raum^B, Trevor Sasse^B, Aritoki Suzuki^C, Ben Westbrook^B

1: Cancellation
2: Blow-up moduli stabilization in type IIB flux compactifications; Waseda University, KEK^A; Keiya Ishiguro, Hajime Otsuka^A
3: Classification of SO(32) heterotic string vacua by autoencoder and clustering; Waseda University, KEK^A; Kenta Takemoto, Hajime Otsuka^A
4: Oscillon formation in the KKLT model; ICRR; Francis Otani
5: Yukawa couplings and DBI action; Hokkaido U.^A, Keio U.^B, Kyoto U.^C; Takada Shintaro^A, Kobayashi Tatsuo^A, Higahki Tetsutaro^B, Abe Yoshihiko^C

6: On the BRS formulation of Weyl invariant quantum gravity from the point of view of affine-connection; TUS; Ki-ichiro Sato
7: Algebric structure of string theory using triangulated category; Kumamoto Prefectural College of Technolgy; Fukuda Makoto
8: Fundamental equations of the Noncommutative Wave Geometry and an extension to the non-Abelian gauge theory.; Atelier Mirei; Shiro SATOMI

1: Current status and future prospect of the SK-Gd experiment; Okayama University; Shintaro Ito, for the Super-Kamiokande collaboration
2: Improvement of low energy reconstruction for Super-Kamiokande; TUS, ICRR^A; Masataka Shinoki, Masaki Ishitsuka, Yasuhiro Nakajima^A, Super-Kamiokande Collaboration
3: Super-Kamiokande detector calibration of low energy neutrino measurement; Okayama University, Super-Kamiokande Collaboration; Seiya Sakai, Super-Kamiokande Collaboration
4: Performance evaluation of a new membrane degassing module for radon removal in Super-Kamiokande; Kobe Univ., ICRR^A, for Super-Kamiokande Collaboration; Yamamoto Shotaro, Nakano Yuuki, Okamoto Kohei^A, Takeda Atsushi^A, for Super-Kamiokande Collaboration
5: Measurement of Rn concentration in Super-Kamiokande after refurbishment; ICRR, Kobe University^A, Super-Kamiokande Collaboration; K.Okamoto, Y.Nakano^A, H.Sekiya, M.Ikeda, Y.Nakajima, for Super-Kamiokande Collaboration

6: Study of solar neutrino observation and background events in Super-Kamiokande after refurbishment work; Kobe University, ICRR, Super-Kamiokande Collaboration; Y. Nakano, K. Okamoto^A, Super-Kamiokande Collaboration
7: Search for Supernova Relic Neutrinos at Super-Kamiokande; Kyoto Univ., Ecole Polytechnique^A, ICRR^B; Yosuke Ashida, Hiroshi Ito^A, Sonia El Hedri^B, Alberto Giampaolo^B, Super-Kamiokande Collaboration
8: Search for solar electronic anti-neutrino at Super-Kamiokande; ICRR, Kyoto Univ.^A; Hiroshi Ito, Yosuke Ashida^A, for Super-Kamiokande collaboration
9: A supernova simulation and study on near a wall for future detection of a supernova at Super-Kamiokande; Kyoto University; Masamitsu Mori, Roger Wendell, for Super-Kamiokande collaboration
10: Search for neutrino millicharge using solar neutrino in XMASS; ICRR the University of Tokyo, Kavli IPMU, the University of Tokyo^A, Kobe University^B, Tokai University^C, Yokohama National University^D, Miyagi University of Education^E, ISEE, Nagoya University^F, Tokushima University^G, Nihon University^H, Tohoku University^I, Korea Research Institute of Standards and Science^J, Institute for Basic Science^K, Tsinghua University^L; K. Kobayashi, M. Nakahata, S. Moriyama, M. Yamashita, H. Sekiya, A. Takeda, K. Abe, K. Hiraide, K. Ichimura, S. Tasaka, K. Sato, N. Kato, S. Imaizumi, Y.C. Chen, Y. Suzuki^A, K. Martens^A, A. Mason^A, Y. Takeuchi^B, K. Miuchi^B, K. Nishijima^C, S. Nakamura^D, Y. Fukuda^E, Y. Itow^F, K. Fushimi^G, H. Ogawa^H, Y. Kishimoto^I, M.K. Lee^J, K.B. Lee^J, Y.D. Kim^K, N.Y. Kim^K, Y.H. Kim^K, B.S. Yang^K, B.D. Xu^L
11: Search for neutrino magnetic moment and U(1) gauge boson using solar neutrino in XMASS.; CST, Nihon University; Hiroshi Ogawa, for the XMASS Collaboration

Program

Theoretical Particle Physics