Nishikawa Prize article: Electron lenses, Tevatron, and selected topics in accelerators

Abstract

This article is an extended version of the talk is given at the IPAC19 (Melbourne, Australia, May 2019) on the occasion of acceptance of the ACFA/IPAC19 Nishikawa Tetsuji Prize for a recent, significant, original contribution to the accelerator field, with no age limit with citation "…for original work on electron lenses in synchrotron colliders, outstanding contribution to the construction and operation of high-energy, high-luminosity hadron colliders and for tireless leadership in the accelerator community."

Luminosity and physics considerations on HL-LHC and HE-LHC based µp colliders

“…Two years later an ultimate √ s = 100 TeV μp collider (with an additional 50 TeV proton ring in the √ s = 100 TeV muon collider tunnel) was suggested in [10]. It should be noted that luminosities of μp collisions in [7] and [8] were overestimated by 3 and 1 order of magnitudes, respectively (see subsects. 3.2 and 2.3 in [10]).…”

“…TeV energy muon-proton colliders [7,8] were proposed two decades ago as alternatives to linac-HERA-and linac-LHC-based ep/γp colliders (see review [9] and references therein). Two years later an ultimate √ s = 100 TeV μp collider (with an additional 50 TeV proton ring in the √ s = 100 TeV muon collider tunnel) was suggested in [10].…”