Laser wake field collider Article Swipe

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Laser Inertial confinement fusion Physics Ignition system Detonation Optics Beam (structure) Volume (thermodynamics) Nanorod Materials science Nanotechnology Chemistry Explosive material Quantum mechanics Organic chemistry Thermodynamics

I. Papp , L. Bravina , Mária Csete , I. N. Mishustin , Dénes Molnár , Anton Motornenko , L. M. Satarov , H. Stöcker , D. Strottman , András Szenes , Dávid Vass , Tamás S. Bíró , L. P. Csernai , N. Kroó ·

YOU? · · 2021 · Open Access · · DOI: https://doi.org/10.1016/j.physleta.2021.127245 · OA: W3083979535

• Laser Wake Field Acceleration is studied in a colliding target with colliding laser beam setup. • The setup is advantageous for laser driven fusion. • Non-thermal ignition rate can be higher than in usual configurations for laser fusion. • Benefits of embedding resonant nano-antennas is discussed.