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AFTER A Fixed Target Experiment at LHC

AFTER A Fixed Target Experiment at LHC. Use LHC beams on fixed target LHC 7 TeV proton beam  s ~ 115 GeV : p-p, p-d, p-A LHC 2.76 TeV Pb beam   s NN ~ 72 GeV : Pb -p, Pb -A. Benefit from typical advantages of a fixed target experiment

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AFTER A Fixed Target Experiment at LHC

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  1. AFTER A Fixed Target Experiment at LHC • Use LHC beams on fixed target • LHC 7 TeV proton beam  s ~ 115 GeV: p-p, p-d, p-A • LHC 2.76 TeVPb beam sNN ~ 72 GeV: Pb-p, Pb-A Benefit from typical advantages of a fixed target experiment high luminosity, high boost (ycms= 4.8 @115 GeV), target versatility Beam extraction from the LHC using strong field in bent crystals

  2. Kinematic reach

  3. Physics topics (1)

  4. Structure ofthe nucleon

  5. Nuclear gluon distribution

  6. QGP physics

  7. Beam extraction

  8. Luminosities  pp, pA

  9. Luminosities  PbA

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