National Institute for Nuclear Physics | INFN Accelerators

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1 of October at 15.30

The Videoconference based seminar held by 

Dr. Luca Serafini (INFN-Milano)

with the subject of:

A new paradigm for a muon collider based on electron-photon collisions

Link to the Seminar recording

Abstract

Why generate muon beams using X-ray photons? Advanced X-ray FELs are capable to achieve brilliances that outrun any other particle beam. Therefore the marriage between X-ray FELs and Energy Recovery Linacs (ERL) carries a potential to attain luminosity levels, in an electron-photon collider, that exceed 1040 cm-2 s-1. We studied this new paradigm for muon beam generation, named EXMP (Electrons and X-rays to Muon Pairs), which shows potentials of performances compatible with the requests of muon colliders. In particular, since the primary collision (e-hν) occurs in vacuum, extremely high phase space densities can be achieved, with extremely small normalised emittances of the muon beam, down in the nm.rad range, with average fluxes up to 1011 muon pairs per second. A possible scenario for GeV muon beam generation, prompt acceleration to TeV energy range and power budget analysis is illustrated, underlying unique properties of the EXMP paradigm, like the capability to generate polarised muon beams.

 

 

Comitato per la Scienza e la Tecnologia degli Acceleratori dell'INFN (INFN-Acceleratori)

 

Link TO SEMINAR in INDICO

Direct link to ZOOM

Link to presentation 

Brochure

 

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Developed in conjunction with Joomla extensions.

 
infn pulsante 2017
 

tt infn 2017
asimmetrie pulsante blu3
traspsarenza

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