Electro symmetry breaking and beyond the standard model
Author(s) -
T. Barklow,
S. Dawson,
Howard E. Haber,
J. Siegrist
Publication year - 1995
Publication title -
osti oai (u.s. department of energy office of scientific and technical information)
Language(s) - English
Resource type - Reports
DOI - 10.2172/80384
Subject(s) - demise , assertion , frontier , physics , field (mathematics) , theoretical physics , term (time) , symmetry breaking , physics beyond the standard model , particle (ecology) , statistical physics , particle physics , computer science , political science , quantum mechanics , mathematics , geology , pure mathematics , law , programming language , oceanography
The development of the Standard Model of particle physics is a remarkable success story. Its many facets have been tested at present day accelerators; no significant unambiguous deviations have yet been found. In some cases, the model has been verified at an accuracy of better than one part in a thousand. This state of affairs presents our field with a challenge. Where do we go from here? What is our vision for future developments in particle physics? Are particle physicists` recent successes a signal of the field`s impending demise, or do real long-term prospects exist for further progress? We assert that the long-term health and intellectual vitality of particle physics depends crucially on the development of a new generation of particle colliders that push the energy frontier by an order of magnitude beyond present capabilities. In this report, we address the scientific issues underlying this assertion
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