First Ultrahigh Intensity Laser-Matter Interactions Experiments with the 4PW Laser at the Center for Relativistic Laser Science
ORAL
Abstract
At the Center for Relativistic Laser Science (CoReLS) we have recently commissioned a 4 PW laser system that can focus in various geometries, reaching peak intensities of up to 1023W/cm2. We are establishing a broad scientific program centering on exploring quantum effects at ultrahigh intensities, the development of laser particle and photon sources and the development of the required ultrahigh intensity laser technology.
I will review the status of the program, describing the laser and experimental system and present first results from particle acceleration and ultrahigh intensity experiments including wakefield acceleration and advanced ion acceleration. I will discuss planned experiments on radiation reactions, quantum effects in strong classical potentials and non-linear Compton scattering and outline future plans and opportunities for collaborations and joined experiments.–
Presenters
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B. Manuel Hegelich
Gwangju Inst of Sci & Tech, Univ of Texas, Austin, University of Texas at Austin, University of Texas Austin, Center of Relativistic Laser Science - Institute of Basic Science, Univ of Texas, Austin
Authors
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B. Manuel Hegelich
Gwangju Inst of Sci & Tech, Univ of Texas, Austin, University of Texas at Austin, University of Texas Austin, Center of Relativistic Laser Science - Institute of Basic Science, Univ of Texas, Austin
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Il Woo Choi
Institute for Basic Science
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Cheonha Jeon
Institute for Basic Science
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Xuejing Jiao
Univ of Texas, Austin
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Hyung Taek Kim
Institute for Basic Science
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Lance Labun
Univ of Texas, Austin
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Ou Z. Labun
Univ of Texas, Austin
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Seong Ku Lee
Institute for Basic Science
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Scott V. Luedtke
Univ of Texas, Austin, Univ of Texas, Austin, Los Alamos Natl Lab
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Chang Hee Nam
Gwangju Inst of Sci & Tech
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Ganesh Tiwari
Univ of Texas, Austin