Abstract

Based on a new approach to the implementation of linear accelerators based on general physical principles, a new type of linear accelerator is considered. The paper shows the fundamental possibility of creating linear accelerators with an acceleration rate of charged particles up to 10 100 GeV/m and higher, and with a higher acceleration rate when switching to millimeter-wave waves. In a full-fledged version of a linear accelerator in the form of a sequential series of sections, energy in E = 3 TeV is achievable on an accelerator with a length of only 300 m. In this case, a collider on counter e- - e-, or e+ - e- beams is of interest.

DOI: doi.org/10.63721/25JPQN0143

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