DCR Physics Section page

• Introduction
  • Important open questions in particle physics (J.L.)
  • Physics landscape in 2015 (J.L.)
  • Possible running scenario for ILC (energy, luminosity, polarisation, options) (K.M.)
  • Physics signals at the ILC (M.O.)

• The Higgs system (S.Y.)

• Couplings of gauge bosons (K.M.)

• The top quark (M.O.)

• Supersymmetry (A.D.)

• Alternatives to SUSY (Y.O.)
  • Little Higgs models
  • Models with extra space dimensions
  • Models without a Higgs

• Connections to cosmology (A.D.)

• Final version pdf

• klaus.moenig@desy.de
• yasuhiro.okada@kek.jp
• lykken@fnal.gov
• m-oreglia@uchicago.edu
• satoru@icepp.s.u-tokyo.ac.jp
• djouadi@th.u-psud.fr

• Klaus Moenig’s initial outline
• Abdelhak Djouadi’s LCWS06 intro
• Mark Oreglia’s LCWS06 summary
• Klaus Moenig’s Vancouver Status of the DCR physics chapter
• Yasuhiro Okada’s Valencia Status of the Physics DCR
• Yasuhiro Okada’s Beijing ILC Physics DCR

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