Experiments searching for physics beyond the SM

• Push the energy frontier with increasingly energetic colliders such as the Large Hadron Collider (LHC) at CERN.
  
• Perform precision tests of the SM allowing for indirect searches of new physics.
  Note: In the case of a discovery at the LHC, SM precision tests will be powerful discriminators between different theoretical models explaining the LHC results.

• Collider-experiments at the energy frontier

  Experiments at the large hadron collider (LHC) at CERN:
  ATLAS * CMS * ALICE * LHCb
  
  Possible future electron colliders: ILC * CLIC
  
  Experiments at the Tevatron at Fermilab (FNAL):
  CDF * CDF-Results * D0 * D0-Results * Recent D0-Results

• Precision tests of the SM

  Atomic parity violation [PRL82(1999)2484]
  
  Precision measurements of parity violating electron scattering (PVES) on nuclear targets:
  QWEAK (JLAB) * SAMPLE (MIT-Bates) * A4 (MAMI, Mainz) * HAPPEX (JLAB) * G0 (JLAB)
  
  NuSOnG: A case study for a high-statistics, high-energy neutrino experiment NuSOnG TWiki and the NuSOnG public webpages
  Future TeV Wiki
  
  
  LEP EW Working Group

• Satellite experiments measuring the cosmic background radiation

  WMAP (NASA) * Planck (ESA)

• Experiments searching for gravitational waves

  GEO 600 (Germany) * Ligo Hanford (USA) * Ligo Livingston (USA) * Tama (Japan) * Virgo (Italy)

• Gamma-ray astronomy

  Fermi (Space telescope, NASA) * H.E.S.S. (ground-based telescopes, Namibia) * MAGIC (ground-based, Canary islands)
  Veritas (ground-based, Arizona) * Cangaroo (ground-based, Australia) * Milagro (ground-based, New-Mexico)

• Cosmic rays, Anti-matter and Dark matter searches

  Pamela * ATIC * H.E.S.S. * AMS-02 (on the international space station ISS)

• Neutrino telescopes

  Icecube (South Pole) * Antares (Mediterranean Sea)

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