Overview of KAGRA : KAGRA science

KAGRA Collaboration,T. Akutsu,M. Ando,K. Arai,Y. Arai,S. Araki,A. Araya,N. Aritomi,H. Asada,Y. Aso,S. Bae,Y. Bae,L. Baiotti,R. Bajpai,M. A. Barton,K. Cannon,Z. Cao,E. Capocasa,M. Chan,C. Chen,K. Chen,Y. Chen,C-Y. Chiang,H. Chu,Y-K. Chu,S. Eguchi,Y. Enomoto,R. Flaminio,Y. Fujii,F. Fujikawa,M. Fukunaga,M. Fukushima,D. Gao,G. Ge,S. Ha,A. Hagiwara,S. Haino,W. -B. Han,K. Hasegawa,K. Hattori,H. Hayakawa,K. Hayama,Y. Himemoto,Y. Hiranuma,N. Hirata,E. Hirose,Z. Hong,B. H. Hsieh,C-Z. Huang,H-Y Huang,P. Huang,Y-C. Huang,Y. Huang,D. C. Y. Hui,S. Ide,B. Ikenoue,S. Imam,K. Inayoshi,Y. Inoue,K. Ioka,K. Ito,Y. Itoh,K. Izumi,C. Jeon,H-B. Jin,K. Jung,P. Jung,K. Kaihotsu,T. Kajita,M. Kakizaki,M. Kamiizumi,N. Kanda,G. Kang,K. Kashiyama,K. Kawaguchi,N. Kawai,T. Kawasaki,C. Kim,J. Kim,J. C. Kim,W. S. Kim,Y. -M. Kim,N. Kimura,N. Kita,H. Kitazawa,Y. Kojima,K. Kokeyama,K. Komori,A. K. H. Kong,K. Kotake,C. Kozakai,R. Kozu,R. Kumar,J. Kume,C. Kuo,H-S. Kuo,Y. Kuromiya,S. Kuroyanagi,K. Kusayanagi,K. Kwak,H. K. Lee,H. W. Lee,R. Lee,M. Leonardi,T. G. F. Li,K. L. Li,L. C. -C. Lin,C-Y. Lin,F-K. Lin,F-L. Lin,H. L. Lin,G. C. Liu,L. -W. Luo,E. Majorana,M. Marchio,Y. Michimura,N. Mio,O. Miyakawa,A. Miyamoto,Y. Miyazaki,K. Miyo,S. Miyoki,Y. Mori,S. Morisaki,Y. Moriwaki,K. Nagano,S. Nagano,K. Nakamura,H. Nakano,M. Nakano,R. Nakashima,Y. Nakayama,T. Narikawa,L. Naticchioni,R. Negishi,L. Nguyen Quynh,W. -T. Ni,A. Nishizawa,S. Nozaki,Y. Obuchi,W. Ogaki,J. J. Oh,K. Oh,S. H. Oh,M. Ohashi,N. Ohishi,M. Ohkawa,H. Ohta,Y. Okutani,K. Okutomi,K. Oohara,C. P. Ooi,S. Oshino,S. Otabe,K. Pan,H. Pang,A. Parisi,J. Park,F. E. Pena Arellano,I. Pinto,N. Sago,S. Saito,Y. Saito,K. Sakai,Y. Sakai,Y. Sakuno,S. Sato,T. Sato,T. Sawada,T. Sekiguchi,Y. Sekiguchi,L. Shao,S. Shibagaki,R. Shimizu,T. Shimoda,K. Shimode,H. Shinkai,T. Shishido,A. Shoda,K. Somiya,E. J. Son,H. Sotani,R. Sugimoto,J. Suresh,T. Suzuki,H. Tagoshi,H. Takahashi,R. Takahashi,A. Takamori,S. Takano,H. Takeda,M. Takeda,H. Tanaka,K. Tanaka,T. Tanaka,S. Tanioka,E. N. Tapia San Martin,S. Telada,T. Tomaru,Y. Tomigami,T. Tomura,F. Travasso,L. Trozzo,T. Tsang,J-S. Tsao,K. Tsubono,S. Tsuchida,D. Tsuna,T. Tsutsui,T. Tsuzuki,D. Tuyenbayev,N. Uchikata,T. Uchiyama,A. Ueda,T. Uehara,K. Ueno,G. Ueshima,F. Uraguchi,T. Ushiba,M. H. P. M. van Putten,H. Vocca,J. Wang,T. Washimi,C. Wu,H. Wu,S. Wu,W-R. Xu,T. Yamada,K. Yamamoto,T. Yamamoto,K. Yamashita,R. Yamazaki,Y. Yang,K. Yokogawa,J. Yokoyama,T. Yokozawa,T. Yoshioka,H. Yuzurihara,S. Zeidler,M. Zhan,H. Zhang,Y. Zhao,Z. -H. Zhu

Progress of Theoretical and Experimental Physics（2020）

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Abstract

KAGRA is a newly build gravitational-wave observatory, a laser interferometer with 3 km arm length, located in Kamioka, Gifu, Japan. In this paper in the series of KAGRA-featured articles, we discuss the science targets of KAGRA projects, considering not only the baseline KAGRA (current design) but also its future upgrade candidates (KAGRA+) for the near to middle term (~5 years).

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Key words

kagra,overview,science

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