Future Circular Collider (FCC)

Future Circular Collider (FCC) mind map
  Recent News
    Feasibility Study
      Completed Midterm Review
      Initiated in 2021
      Full Report Due in 2025
    CERN Council Discussions
      Civil Engineering
      Technical Infrastructures
      Accelerators
      Detector Concepts
      Physics Research
      Cost and Funding
    Location Determined
      France and Switzerland
      Under Lake Geneva
      91 Kilometres in Circumference
      100 to 400 Metres Depth
  When
    Construction Start
      Post-2035
    Operational Phases
      First Stage: Electron-Positron Collider, After 2045
      Second Stage: Proton Collider, 2070s
  Why
    Succeed Large Hadron Collider
    Explore Higher Energies
    Extend Life of Infrastructure
    Advance Particle Physics
  What
    FCC-ee (Electron-Positron Collider)
      Operation Duration: 10 Years
      Energy Range: 90 to 350 GeV
    FCC-hh (Hadron Collider)
      Operation Duration: 15 Years
      Energy: 100 TeV
    Technological Advancements
      High-Field Magnets
      Superconductors
      Radio-Frequency Cavities
      Cryogenic and Vacuum Systems
      Beam Screen Systems
    Detector Concepts
      CLD and IDEA
  Where
    Tunnel Location
      French Departments of Haute-Savoie and Ain
      Swiss Canton of Geneva
  Who
    CERN
      European Organization for Nuclear Research
    European Strategy for Particle Physics
      Recommending Body
    International Scientific Community
      Collaborators
  How
    Ground Assessments
      Geological and Seismic Data
      Fauna and Flora
    Visual Inspection
    Seismic Studies in 2024
  Significance
    Unprecedented Energy Levels
    Advanced Research in Physics
    Socio-Economic Benefits
  Challenges
    High Construction Costs
    Energy Consumption
    Political Hurdles
    International Cooperation Challenges
  Way Forward
    Finalizing Feasibility Study
    Member States' Decision in 2028
    Continued R&D
      Focus on Cost Minimization
      Energy Efficiency

The Future Circular Collider (FCC) is an ambitious project undertaken by CERN to succeed the Large Hadron Collider. Its primary goal is to explore particle physics at much higher energies and intensities than its predecessor. The FCC consists of two main components: the electron-positron collider (FCC-ee) and the hadron collider (FCC-hh). The construction is planned to start post-2035, with the first stage of the collider operational after 2045 and the second stage in the 2070s. The project aims to extend the existing infrastructure’s life and deepen our understanding of the Universe. The FCC faces challenges such as high construction costs, energy consumption, and political and international cooperation hurdles.

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