Particle Acceleration by Radially-Polarized Laser Beams
Date
2010-08-02
Authors
Yousef I. Salamin
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Abstract
<p>My recent work on direct acceleration in vacuum of particles (electrons, protons, ions and bare nuclei) using radially-polarized laser beams, will be presented. After a brief discussion of radially-polarized light, the theory behind several accelerator configurations will be briefly described, including: (a) Single-beam acceleration, (b) Acceleration by two co-propagating (and counter-propagating) beams, and (c) A crossed-beam configuration. Results from elaborate simulations, pertaining to each configuration, will be shown and discussed briefly</p>
<p>My recent work on direct acceleration in vacuum of particles (electrons, protons, ions and bare nuclei) using radially-polarized laser beams, will be presented. After a brief discussion of radially-polarized light, the theory behind several accelerator configurations will be briefly described, including: (a) Single-beam acceleration, (b) Acceleration by two co-propagating (and counter-propagating) beams, and (c) A crossed-beam configuration. Results from elaborate simulations, pertaining to each configuration, will be shown and discussed briefly</p>
<p>My recent work on direct acceleration in vacuum of particles (electrons, protons, ions and bare nuclei) using radially-polarized laser beams, will be presented. After a brief discussion of radially-polarized light, the theory behind several accelerator configurations will be briefly described, including: (a) Single-beam acceleration, (b) Acceleration by two co-propagating (and counter-propagating) beams, and (c) A crossed-beam configuration. Results from elaborate simulations, pertaining to each configuration, will be shown and discussed briefly</p>