Abstract
We consider the effective interaction force of identically charged nonrelativistic particles (electrons and heavy nuclei) in a strong pulsed field of two co-propagating laser waves. It is shown that under certain conditions, the effective interaction force can become a force of attraction. Moreover, it is possible to significantly increase the duration of the effective force of attraction via the time shift of the pulse peak of the second wave relatively to the first one. The appearance of the effective force of attraction may be experimentally verified in the framework of modern research projects, which use sources of pulsed laser radiation (FAIR, XFEL, ELI).
Published Version
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