Suppressing beam loss and de-channeling control via modulating potential by phononics

Low channeling efficiency is the second reason that crystal collider or accelerator applications are maintained as impossible. However, channeling efficiency recently has made significant improvements. So, in this paper two problems are discussed. (1) Various materials have been investigated on channeling, de-channeling and scattering to design quantum devices for channeling based on potential advancements in the technology of fusion, electronics, and photonics. (2) A phonon mode device PMD has been designed by nanom super lattice technology. The technology is based on the fact that channeling potential is deformed by phonons at 0.01 nm or less with high probability and at greater than 0.02 nm with low probability. However, de-channeling radii of LiH, Si, GaAs are approximately 0.03 nm. Hence, phonons influence channeling slightly but decrease scattering significantly. Thus, PMD might help advance the Bogacz-Cline channeling, and would make the Richter-Kimura-Takata beam and the Nagamine-Chu beam unnecessary