Speaker
Chetan Gohil
(JAI, University of Oxford / CERN)
Description
We discuss the expected luminosity performance of the Compact Linear Collider (CLIC), which is a future e+e- collider proposed for the CERN site. We will discuss parameter choices and their impact on the luminosity of this collider. Start-to-end tracking simulations of the CLIC beam will be presented. These simulations include a comprehensive set of imperfections, both static and dynamic. From these simulations we estimate the expected luminosity of the first stage of CLIC at a centre-of-mass energy of 380 GeV. We will also discuss an alternative high-luminosity design of CLIC, which could achieve double the baseline luminosity.
| First author | Chetan Gohil |
|---|---|
| chetan.gohil@physics.ox.ac.uk | |
| Collaboration / Activity | CLIC |
Primary authors
Chetan Gohil
(JAI, University of Oxford / CERN)
Prof.
Philip Burrows
(JAI, University of Oxford)
Dr
Daniel Schulte
(CERN)
Dr
Andrea Latina
(CERN)
Dr
Jim Ögren
(CERN)
Dr
Neven Blaskovic Kraljevic
(CERN)
