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We show how to systematically analyze what may be inferred should a newscalar particle be discovered in collider experiments. Our approach issystematic in the sense that we perform the analysis in a manner whichminimizes apriori theoretical assumptions as to the nature of the scalarparticle. For instance, we do not immediately make the common assumption that anew scalar particle is a Higgs boson, and so must interact with a strengthproportional to the mass of the particles with which it couples. We show how tocompare different observables, and so to develop a decision tree from which thenature of the new particle may be discerned. We define several categories ofmodels, which summarize the kinds of distinctions which the first experimentscan make.Comment: 66 pages, 14 figures, version to appear in International Journal of  Mod. Phys.

A HIGGS OR NOT A HIGGS? WHAT TO DO IF YOU DISCOVER A NEW SCALAR PARTICLE