Overview of KAGRA: KAGRA science
- Akutsu, T
- Ando, M
- Arai, K
- Arai, Y
- Araki, S
- Araya, A
- Aritomi, N
- Asada, H
- Aso, Y
- Bae, S
- Bae, Y
- Baiotti, L
- Bajpai, R
- Barton, M
- Cannon, K
- Cao, Z
- Capocasa, E
- Chan, M
- Chen, C
- Chen, K
- Chen, Y
- Chiang, C -y
- Chu, H
- Chu, y -K
- Eguchi, S
- Enomoto, Y
- Flaminio, R
- Fujii, Y
- Fujikawa, F
- Fukunaga, M
- Fukushima, M
- Gao, D
- Ge, G
- Ha, S
- Hagiwara, A
- Haino, S
- Han, W -B
- Hasegawa, K
- Hattori, K
- Hayakawa, H
- Hayama, K
- Himemoto, Y
- Hiranuma, Y
- Hirata, N
- Hirose, E
- Hong, Z
- Hsieh, B
- Huang, C -Z
- Huang, H -y
- Huang, P
- Huang, y -C
- Hui, D
- Ide, S
- Ikenoue, B
- Imam, S
- Inayoshi, K
- Inoue, Y
- Ioka, K
- Ito, K
- Itoh, Y
- Izumi, K
- Jeon, C
- Jin, H -B
- Jung, K
- Jung, P
- Kaihotsu, K
- Kajita, T
- Kakizaki, M
- Kamiizumi, M
- Kanda, N
- Kang, G
- Kashiyama, K
- Kawaguchi, K
- Kawai, N
- Kawasaki, T
- Kim, C
- Kim, J
- Kim, W
- Kim, y -M
- Kimura, N
- Kita, N
- Kitazawa, H
- Kojima, Y
- Kokeyama, K
- Komori, K
- Kong, A
- Kotake, K
- Kozakai, C
- Kozu, R
- Kumar, R
- Kume, J
- Kuo, C
- Kuo, H -S
- Kuromiya, Y
- Kuroyanagi, S
- Kusayanagi, K
- Kwak, K
- Lee, H
- Lee, R
- Leonardi, M
- Li, K
- Li, T
- Lin, C -y
- Lin, F -K
- Lin, F -L
- Lin, H
- Lin, L
- Liu, G
- Luo, L -W
- Majorana, E
- Marchio, M
- Michimura, Y
- Mio, N
- Miyakawa, O
- Miyamoto, A
- Miyazaki, Y
- Miyo, K
- Miyoki, S
- Mori, Y
- Morisaki, S
- Moriwaki, Y
- Nagano, K
- Nagano, S
- Nakamura, K
- Nakano, H
- Nakano, M
- Nakashima, R
- Nakayama, Y
- Narikawa, T
- Naticchioni, L
- Negishi, R
- Nguyen Quynh, L
- Ni, W -T
- Nishizawa, A
- Nozaki, S
- Obuchi, Y
- Ogaki, W
- Oh, J
- Oh, K
- Oh, S
- Ohashi, M
- Ohishi, N
- Ohkawa, M
- Ohta, H
- Okutani, Y
- Okutomi, K
- Oohara, K
- Ooi, C
- Oshino, S
- Otabe, S
- Pan, K
- Pang, H
- Parisi, A
- Park, J
- Pe Na Arellano, F
- Pinto, I
- Sago, N
- Saito, S
- Saito, Y
- Sakai, K
- Sakai, Y
- Sakuno, Y
- Sato, S
- Sato, T
- Sawada, T
- Sekiguchi, T
- Sekiguchi, Y
- Shao, L
- Shibagaki, S
- Shimizu, R
- Shimoda, T
- Shimode, K
- Shinkai, H
- Shishido, T
- Shoda, A
- Somiya, K
- Son, E
- Sotani, H
- Sugimoto, R
- Suresh, J
- Suzuki, T
- Tagoshi, H
- Takahashi, H
- Takahashi, R
- Takamori, A
- Takano, S
- Takeda, H
- Takeda, M
- Tanaka, H
- Tanaka, K
- Tanaka, T
- Tanioka, S
- Tapia San Martin, E
- Telada, S
- Tomaru, T
- Tomigami, Y
- Tomura, T
- Travasso, F
- Trozzo, L
- Tsang, T
- Tsao, J -S
- Tsubono, K
- Tsuchida, S
- Tsuna, D
- Tsutsui, T
- Tsuzuki, T
- Tuyenbayev, D
- Uchikata, N
- Uchiyama, T
- Ueda, A
- Uehara, T
- Ueno, K
- Ueshima, G
- Uraguchi, F
- Ushiba, T
- van Putten, M
- Vocca, H
- Wang, J
- Washimi, T
- Wu, C
- Wu, H
- Wu, S
- Xu, W -R
- Yamada, T
- Yamamoto, K
- Yamamoto, T
- Yamashita, K
- Yamazaki, R
- Yang, Y
- Yokogawa, K
- Yokoyama, J
- Yokozawa, T
- Yoshioka, T
- Yuzurihara, H
- Zeidler, S
- Zhan, M
- Zhang, H
- Zhao, Y
- Zhu, Z -H
DOIAbstract
International audienceAbstract KAGRA is a newly build gravitational wave observatory, a laser interferometer with 3 km arm length, located in Kamioka, Gifu, Japan. In this paper, one of a series of articles featuring KAGRA, 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 ($\sim$5 years)
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