A survey of phenomenological constraints on supergravity models

Abstract

We advocate the study of supergravity models as well motivated few-parameter low-energy supersymmetric models. In this context we survey a broad range of phenomenological constraints and future tests, including present and near-future Tevatron ($\tilde{q},\tilde{g},{\chi }_1^{\pm },{\tilde{t}}_1$) and LEP ($h,{\chi }_1^{\pm }$) mass limits, collider indirect tests (${\Gamma }_Z^{\mathrm{inv}},R_b,m_t$), rare processes ($b\to s\gamma ,(g-2{)}_{\mu }$), proton decay, and dark matter (cosmology, direct and indirect detection).

Comments: 8 pages, LaTeX, 5 figures (included). To appear in proceedings of the Beyond the Standard Model IV Conference, Lake Tahoe, CA, Dec 13-18, 1994