Collisionless Shock 3

[HEDS3-03] Formation of Magnetized Bow Shocks with High-Power Laser: Dependence of Their Structure on Magnetic Field Orientation

*Shuta J Tanaka¹, Yasuhiro Kuramitsu², Kentaro Sakai³, Kenji Toma⁴, Jin Matsumoto⁵, Munehito Shoda⁶, Kazuyoshi Tanaka¹, Ryo Yamazaki¹, Taichi Morita⁷, Shogo Isayama⁷, Taichi Takezaki⁸, Takayoshi Sano⁹, Kaori Obayashi¹, Juri Shiota¹, Yuna Kidokoro¹, Shoma Yakura¹, Shunsuke Suzuki⁹, Yuki Abe², Kiyochika Kuramoto², Fuka Nikaido², Takumi Minami², Adam D Dearling⁹, Kosuke Maeda⁹, Yuto Suzuki⁹, Masahiro Hanano⁹, Shuichi Matsukiyo⁷, Kentaro Tomita¹⁰, Satoshi Kodaira¹¹, Yuji Fukuda¹², Youichi Sakawa⁹ (1. Aoyama Gakuin University, 2. Osaka University, 3. National Institute for Fusion Science, 4. Tohoku University, 5. Keio University, 6. University of Tokyo, 7. Kyushu University, 8. University of Toyama, 9. Osaka University, 10. Hokkaido University, 11. National Institute of Radiological Sciences, 12. Kansai Photon Science Institute)

The high-power laser experiment of magnetized bow shock formation is introduced. The experiment was conducted at Gekko XII of Osaka University in 2022. We observed the self-emission from the plasma heated by the bow shock.