Tevatron-for-LHC Report: Top and Electroweak Physics

• DOI: 10.48550/arxiv.0705.3251
• Publication Date: 2007-01-01
• Authors: C. E. Gerber; P. Murat; Tim M. P. Tait; D. Wackeroth; A. B. Arbuzov; D. Y. Bardin; U. Baur; J. F. Benitez; Stefan Berge; S. Bondarenko; E. Boos; M. T. Bowen; R. Brock; V. Bunichev; J. Campbell; F. Canelli; Qing-Hong Cao; C. M. Carloni Calame; F. Chevallier; P. Christova; C. I. Ciobanu; Stefan Dittmaier; L. Dudko; S.D. Ellis; A. I. Etienvre; F. Fiedler; A. Garcia-Bellido; A. Giammanco; D. Glenzinski; P. Golonka; C. P. Hays; S. Jadach; S. Jain; L. V. Kalinovskaya; Michael Krämer; A. Lléres; Jan Lück; A. Lucotte; A. Markina; G. Montagna; Pavel Nadolsky; O. Nicrosini; Fred Olness; W. Płaczek; R. Sadykov; V. I. Savrin; R. Schwienhorst; A. Sherstnev; S. Slabospitsky; B. Stelzer; Matthew J. Strassler; Z. Sullivan; Francesco Tramontano; A. Vicini; W. Wagner; Z. Wa̧s; G. Watts; M. Weber; S. Willenbrock; U. K. Yang; C.–P. Yuan; J. Zhu
• Keywords: Technicolor

The top quark and electroweak bosons (W Z) represent the most massive fundamental particles yet discovered, as such refer directly to Standard Model's greatest remaining mystery: mechanism by which all gained mass. This report summarizes work done within top-ew group of Tevatron-for-LHC workshop. It represents a collection both Tevatron results, LHC predictions. hope is that considering comparing machines, program can be improved aided knowledge from Tevatron, particle physics whole enriched. includes measurements mass, searches for single production, at hadron colliders.