- Buescher, V;
- Carena, M;
- Dobrescu, B;
- Mrenna, S;
- Rainwater, D;
- Schmitt, M;
- Abdullin, S;
- Acosta, D;
- Asai, S;
- Atramentov, O;
- Baer, H;
- Balazs, C;
- Bartalini, P;
- Belyaev, A;
- Bernhard, R;
- Birkedal, A;
- Cavanaugh, R;
- Chen, M-C;
- Clement, C;
- Datta, A;
- Boer, Y de;
- DeRoeck, A;
- Drozdetskiy, A;
- Gershtein, Y;
- Glenzinski, D;
- Group, C;
- Heinemeyer, S;
- Heldmann, M;
- Hubisz, J;
- Karlsson, M;
- Kong, K;
- Korytov, A;
- Kraml, S;
- Krupovnickas, T;
- Lafaye, R;
- Lane, K;
- Ledroit, F;
- Lehner, F;
- Lin, C-J;
- Macesanu, C;
- Matchev, K;
- Menon, A;
- Milstead, D;
- Mitselmakher, G;
- Morel, J;
- Morrissey, D;
- O'Farrill, J;
- Pakhotin, Y;
- Perelstein, M;
- Plehn, T;
- Raklev, A;
- Scurlock, B;
- Sherstnev, A;
- Skands, P;
- Sullivan, Z;
- Tait, T;
- Tata, X;
- Torchiani, I;
- Trocme, B;
- Wagner, C;
- Weiglein, G;
- Zerwas, D
This is the "TeV4LHC" report of the "Physics Landscapes" Working Group,
focused on facilitating the start-up of physics explorations at the LHC by
using the experience gained at the Tevatron. We present experimental and
theoretical results that can be employed to probe various scenarios for physics
beyond the Standard Model.
