Speaker
Bernd Stechauner
(European Organization for Nuclear Research)
Description
Ionization cooling stands as the only cooling technique capable of efficiently reducing the phase space of a muon beam within a short time frame. The optimal cooling parameters of a muon collider aim to minimize transverse emittance while simultaneously limiting longitudinal emittance growth, resulting in optimal luminosities within the collider ring. This study shows that achieving efficient cooling performance requires selecting the best initial muon beam parameters. Because for every transvere emittance there exist an optimal beam energy for ionization cooling. We present a technique that enables the determination of these optimal initial parameters through simulations and compare them with an improved analytical scattering model.
| Region represented | Europe |
|---|---|
| Paper preparation format | LaTeX |
Primary author
Bernd Stechauner
(European Organization for Nuclear Research)
Co-authors
Elena Fol
(European Organization for Nuclear Research)
Chris Rogers
(Science and Technology Facilities Council)
Jochen Schieck
(Austrian Academy of Sciences)
Daniel Schulte
(European Organization for Nuclear Research)
