The Standard Model Results from a Scheme to Protect the Mass of the Scalar Bosons

Details The Standard Model Results from a Scheme to Protect the Mass of the Scalar Bosons The Standard Model Results from a Scheme to Protect the Mass of the Scalar Bosons

Aug 2005

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2005pasc.conf..314c&link_type=abstract

PASCOS 2004 Part I: Particles, Strings and Cosmology* Part II: Themes in Unification -- The Pran Nath Festschrift†. *,†Proceedin

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The masses of phenomenological scalar bosons are not protected against large contributions due to quantum loops involving the hypothetical very high energy theory that we assume is the true theory. Here I present a generalization of Yang-Mills theories that treats vector and scalar bosons on the same footing and results in Ward identities and current conservations that protect the masses of the scalars. It is remarkable that that the Standard Model obtains immediately upon choosing an appropriate gauge symmetry and allowing for one scalar field and one vector field to possess large vacuum expectation values. The Standard Model then appears as the unitary gauge of the chosen gauge symmetry. Due to the vectorial VEV there is a small breaking of the Lorentz invariance.

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