MTW-OPAL—A Technology Development Platform for Ultra-Intense All-OPCPA Systems

Jake Bromage,Seung-Whan Bahk,Ildar A. Begishev,S. Bucht,Christophe Dorrer,C. Feng,Brittany N. Hoffman,C. Jeon,Chad Mileham,James B. Oliver,R. G. Roides,Milton J. Shoup,M. Spilatro,B. Webb,Jonathan D. Zuegel

MTW-OPAL—A Technology Development Platform for Ultra-Intense All-OPCPA Systems

2021

Jake Bromage
Seung-Whan Bahk
Ildar A. Begishev
S. Bucht
Christophe Dorrer
C. Feng
Brittany N. Hoffman
C. Jeon
Chad Mileham
James B. Oliver
R. G. Roides
Milton J. Shoup
M. Spilatro
B. Webb
Jonathan D. Zuegel

Activation results will be presented for MTW-OPAL, a new all-OPCPA laser using technologies suitable for kilojoule-femtosecond systems, highlighting 140-nm-wide amplification in DKDP to >10 J with 30% efficiency and subsequent recompression to 20 fs.

Keywords:

Materials science
Optical amplifier
technology development
Laser
Optoelectronics

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