Speaker
Prof.
Gyoegy Vesztergombi
(Wigner RCP)
Description
Abstracts
Chirping is a frequently used expression in laser physics indicating separately amplifying different frequency components of the laser pulse. For muon collider we propose chirping in similar sense for particle beams creating distinct classes of particles and manipulating them specifically in order to provide possibility for creation aggregated united systems with peculiar outstanding qualities.
The main ingradients of the proposed system are the following:
a) Parent energy gain:
50 GeV proton beam 5 TeV LHC beam =100 times more muon/pulse
b) Instead of one shot collider 100 turn synchrotron=100 times more luminosity
c) jet-chirping for ,K production
d) muon-chirping
e) laser generated micron wide currents in streamer plasma lenses for focusing
f)rapid cycling superconducting magnet switches for synchrotrons
The proposed schemes: HIGGS125 factory, Colliders (0.5+0.5 and 10+10 TeV) in the present tunnels, Colliders in FCC (50+50 TeV, p-antip) tunnel, PetaelectronVolt muon beams for ICAN linear collider with calotracker detectors, the new Rutherford-experiment.
Author
Prof.
Gyoegy Vesztergombi
(Wigner RCP)
