Super-high energy particle acceleration by super-strong laser pulses in plasmas

Physics

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Laser-Plasma Acceleration Of Electrons And Ions, Laser-Driven Acceleration, Electrostatic, Collective, And Linear Accelerators, X-Ray, Gamma-Ray, And Particle Generation

Scientific paper

The recent tremendous progress of ultraintense lasers creates novel concepts of high energy particle generation and acceleration due to super-strong field interactions with matter. In a state of the art of ultra-intense lasers, the highest laser intensities reach a TeV range in terms of the ponderomotive energy exerted on matter. This implies that a forefront of high energy particle physics phenomena may be revealed with super-strong laser-matter interactions. As an accelerator-oriented application, the recent status of laser wakefield accelerator (LWFA) experiments proceeded at JAERI-APR are presented to accomplish high energy gains of the order of GeV with high quality electron beam injection. A new concept of super high energy particle acceleration mechanism based on super-strong laser-plasma interactions is presented, named as ``Dirac accelerator.'' When this super high energy particle acceleration mechanism takes place in the dense matter, super intense interactions of high energy particles will be produced. .

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