Speaker
Prof.
Eugene Levichev
(BINP)
Description
A novel collision scheme called Crab Waist (CW) seems very promising to
increase luminosity of e+e- colliders staying within the achieved
parameters of storage rings (beam current, bunch length, emittance, etc.).
However, the CW approach requires a rather complicated magnet lattice
design, especially the interaction region, which should be lengthy enough
to accommodate the equipment necessary for CW. In this paper we explore a
concept of a low-energy (from phi meson to psi meson) small-size (less than
100 m in orbit length) electron-positron collider with CW collision
technology providing the luminosity of about 10^+34 cm-2 s-1. Such issues
of accelerator physics and technology as magnetic lattice, beam dynamics
and lifetime, intrabeam scattering, magnet design, etc. are discussed.
