Current Status and Future Prospects of “J-KAREN” — High Contrast, High Intensity Laser for Studying Relativistic Laser-Matter Interactions | Zendy

Hiromitsu Kiriyama | Zendy; Michiaki Mori | Zendy; Hajime Okada | Zendy; Takuya Shimomura | Zendy; Yoshiki Nakai | Zendy; Manabu Tanoue | Zendy; Shuji Kondo | Zendy; Shuhei Kanazawa | Zendy; Akifumi Yogo | Zendy; A. Sagisaka | Zendy; Koichi Ogura | Zendy; Y. Hayashi | Zendy; H. Sakaki | Zendy; A. S. Pirozhkov | Zendy; H. Kotaki | Zendy; Yuji Fukuda | Zendy; Mamiko Nishiuchi | Zendy; M. Kando | Zendy; S. V. Bulanov | Zendy; M. Yamagiwa | Zendy; K. Kondo | Zendy; A. Sugiyama | Zendy; Paul R. Bolton | Zendy

Open Access

Current Status and Future Prospects of “J-KAREN” — High Contrast, High Intensity Laser for Studying Relativistic Laser-Matter Interactions

Author(s) -

Hiromitsu Kiriyama,

Michiaki Mori,

Hajime Okada,

Takuya Shimomura,

Yoshiki Nakai,

Manabu Tanoue,

Shuji Kondo,

Shuhei Kanazawa,

Akifumi Yogo,

A. Sagisaka,

Koichi Ogura,

Y. Hayashi,

H. Sakaki,

A. S. Pirozhkov,

H. Kotaki,

Yuji Fukuda,

Mamiko Nishiuchi,

M. Kando,

S. V. Bulanov,

M. Yamagiwa,

K. Kondo,

A. Sugiyama,

Paul R. Bolton

Publication year - 2014

Publication title -

proceedings of the 12th asia pacific physics conference (appc12)

Language(s) - English

Resource type - Conference proceedings

DOI - 10.7566/jpscp.1.015095

Subject(s) - laser , contrast (vision) , intensity (physics) , physics , computational physics , atomic physics , engineering physics , optics

Remarkable progress in recent years with Ti:sapphire chirped-pulse amplification (CPA) technique provides great opportunities for experimental study of laser matter interactions in the relativistic regime focusing petawatt-class laser pulses to intensities up to 10 to 10 W/cm. For most plasma physics research, the use of temporal contrast enhancing technique is required to suppress the unwanted intense prepulses that can generate significant preplasma at the target.

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