Future Circular Collider

E561158

The Future Circular Collider is a proposed next-generation particle accelerator at CERN designed to vastly exceed the energy and luminosity of the Large Hadron Collider for exploring fundamental physics.

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Statements (49)

Predicate Object
instanceOf next-generation collider project
proposed circular collider
proposed particle accelerator
abbreviation FCC NERFINISHED
aimsTo serve as a possible successor to the Large Hadron Collider
benefits enable energy-frontier exploration in FCC-hh stage
enable precision Higgs and electroweak factory in FCC-ee stage
provide a long-term roadmap for high-energy physics in Europe
collaborationType international scientific collaboration
coordinatedBy CERN Future Circular Collider study
country France
Switzerland
designedTo vastly exceed the energy of the Large Hadron Collider
vastly exceed the luminosity of the Large Hadron Collider
designLuminosityGoal significantly higher than LHC design luminosity
documentedIn FCC Conceptual Design Report NERFINISHED
energyScale multi-10-TeV center-of-mass energies for hadron collisions
up to around 100 TeV proton-proton collisions (design goal)
energyScaleFCCee up to a few hundred GeV in electron-positron mode
FCC-ee electron-positron collider stage
FCC-eh electron-hadron collider option
FCC-hh hadron-hadron collider stage
field accelerator physics
particle physics
fundingStatus not yet fully approved or funded as of mid-2020s
hasComponent FCC-ee NERFINISHED
FCC-eh NERFINISHED
FCC-hh NERFINISHED
location Geneva region NERFINISHED
organization European Organization for Nuclear Research NERFINISHED
partOf CERN accelerator complex upgrade plans
plannedLocationRelativeToLHC in a new larger tunnel surrounding the existing LHC ring
proposedBy CERN NERFINISHED
purpose explore fundamental physics
extend energy and luminosity reach beyond the Large Hadron Collider
high-energy particle physics research
relatedTo Large Hadron Collider NERFINISHED
requires high-field superconducting magnets
new large underground tunnel
scienceGoals precision measurements of electroweak observables
precision studies of the Higgs boson
searches for physics beyond the Standard Model
study of rare processes and heavy particles
startOfStudy around 2014
status conceptual design and feasibility study phase
technology superconducting magnet technology
timelineGoal operation in the second half of the 21st century (indicative)
tunnelCircumference approximately 90 km
tunnelShape circular

Referenced by (2)

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Compact Linear Collider relatedProject Future Circular Collider
International Linear Collider relatedProject Future Circular Collider