Speaker
Daniel Schoerling
(CERN)
Description
Following the recommendation of the European Strategy Group for Particle Physics, a study on options for a Future Circular Collider (FCC) with centre-of-mass energy of 100 TeV, a luminosity of 5–10 × 1034 cm2s−1 and a circumference in the range of 100 km was started. The study integrates ongoing accelerator and technology initiatives at CERN and in partner institutes and universities. A key technology for the FCC are high-field superconducting accelerator magnets. The FCC arc magnets need an aperture of 50 mm, with dipole fields with a target of 16 T and quadrupole gradients with a target in excess of 400 T/m. Based on these preliminary parameters, we discuss in this paper the challenges for the main magnetic elements of such a collider, and outline a strategy for the development of the required technology.
additional information
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Primary author
Daniel Schoerling
(CERN)
Co-authors
Amalia Ballarino
(CERN)
Attilio Milanese
(CERN)
Bernardo Bordini
(CERN)
Davide Tommasini
(CERN)
Ezio Todesco
(CERN)
Frederic Savary
(CERN)
Friedrich Lackner
(CERN)
Gijs De Rijk
(CERN)
Hugo Bajas
(CERN)
Jeroen Van Nugteren
(Twente Technical University (NL))
Juan Carlos Perez
(CERN)
Luca Bottura
(CERN)
Marco Buzio
(CERN)
Marta Bajko
(CERN)
Michael Benedikt
(CERN)
Mikko Karppinen
(CERN)
Stephan Russenschuck
(CERN)
Susana Izquierdo Bermudez
(CERN)
Vittorio Parma
(CERN)
