LHC upgrade studies are ongoing as part of the EU CARE-HHH and of the US-LARP programmes. The aim is a ten-fold increase of the LHC luminosity by the middle of next decade, a possible upgrade of the injector complex to inject at 1 TeV and, at a later stage, to raise the collider energy. The motivations for the LHC upgrade are discussed. An overview of beam dynamics and technological challenges is presented. Preferred scenarios to maximize the integrated luminosity and the physics reach are identified
The LHC will begin collisions in Spring 2009, and build up to nominal luminosity (1.0 × 10^34 cm^?2 ...
A working group on "Proton Accelerators for the Future" (PAF) has been created in May 2005 by the CE...
The LHC is performing very well, some design parameters have been quickly reached and even improved ...
We discuss a possible staged upgrade of the LHC and of its injectors, with a view to increasing the ...
The projected lifetime of the LHC low-beta quadrupoles, the evolution of the statistical error halvi...
The projected lifetime of the LHC low-beta quadrupoles and evolution of the statistical error halvin...
The Large Hadron Collider (LHC) at CERN is at a very advanced stage of hardware commissioning and th...
The presence of a powerful accelerator complex that could serve as injector has been instrumental in...
In this paper we consider possible scenarios to upgrade the LHC luminosity beyond 1034 cm−2s−1. By p...
The possible upgrade of the LHC injector chain is a crucial step towards the LHC luminosity upgrade ...
The 3rd topical CARE-HHH-APD workshop on the LHC luminosity upgrade, LUMI’06, developed novel scenar...
The Large Hadron Collider (LHC) is one of the largest scientific instruments ever built. Since openi...
This paper looks at the potential performance reach for the LHC and its upgrade projects based on fi...
Possible scenarios for upgrading the LHC machine beyond its so-called "ultimate" performance have be...
I report the results of a CERN task force set up to investigate a possible staged upgrade of the LHC...
The LHC will begin collisions in Spring 2009, and build up to nominal luminosity (1.0 × 10^34 cm^?2 ...
A working group on "Proton Accelerators for the Future" (PAF) has been created in May 2005 by the CE...
The LHC is performing very well, some design parameters have been quickly reached and even improved ...
We discuss a possible staged upgrade of the LHC and of its injectors, with a view to increasing the ...
The projected lifetime of the LHC low-beta quadrupoles, the evolution of the statistical error halvi...
The projected lifetime of the LHC low-beta quadrupoles and evolution of the statistical error halvin...
The Large Hadron Collider (LHC) at CERN is at a very advanced stage of hardware commissioning and th...
The presence of a powerful accelerator complex that could serve as injector has been instrumental in...
In this paper we consider possible scenarios to upgrade the LHC luminosity beyond 1034 cm−2s−1. By p...
The possible upgrade of the LHC injector chain is a crucial step towards the LHC luminosity upgrade ...
The 3rd topical CARE-HHH-APD workshop on the LHC luminosity upgrade, LUMI’06, developed novel scenar...
The Large Hadron Collider (LHC) is one of the largest scientific instruments ever built. Since openi...
This paper looks at the potential performance reach for the LHC and its upgrade projects based on fi...
Possible scenarios for upgrading the LHC machine beyond its so-called "ultimate" performance have be...
I report the results of a CERN task force set up to investigate a possible staged upgrade of the LHC...
The LHC will begin collisions in Spring 2009, and build up to nominal luminosity (1.0 × 10^34 cm^?2 ...
A working group on "Proton Accelerators for the Future" (PAF) has been created in May 2005 by the CE...
The LHC is performing very well, some design parameters have been quickly reached and even improved ...