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The discovery of a Higgs-like boson with mass near 126 GeV, at the LHC, hasreignited interest in future energy frontier colliders. We propose here aproton-proton (pp) collider in a 100 km ring, with center of mass (CM) energyof ~100 TeV which would have substantial discovery potential for new heavyparticles and new physics beyond the Standard Model. In the case that LHCexperiments have already found exotic resonances or heavy "partner" particles,this collider could fill out the "tower" of resonances (thus e.g. confirming anextra dimension) or the full suite of partner particles (e.g. forsupersymmetry). The high luminosity of the new collider would enable uniqueprecision studies of the Higgs boson (including Higgs self coupling and rareHiggs decays), and its higher energy would allow more complete measurements ofvector boson scattering to help elucidate electroweak symmetry breaking. Wealso discuss an e+e- collider in the same 100 km ring with CM energies from 90to 350 GeV. This collider would enable precision electroweak measurements up tothe ttbar threshold, and serve as a Higgs factory.

Proton-proton and electron-positron collider in a 100 km ring at Fermilab