768 research outputs found
Flavour mixing and mass matrices via anticommuting properties
Five anticommuting property coordinates can accommodate all the known
fundamental particles in their three generations plus more. We describe the
points of difference between this scheme and the standard model and show how
flavour mixing arises through a set of expectation values carried by a single
Higgs superfield.Comment: 12 pages, LaTe
The relativity of space-time-property
We describe a geometrical way to unify gravity with the other natural forces
by adding fermionic Lorentz scalar variables, characterising attribute, or
property, to space-time location. [With five such properties one can
accommodate all known leptons and quarks.] Using just one property, viz.
electricity, the general relativity of such a scheme and its superscalar
curvature automatically produces the Einstein-Maxwell Lagrangian and a
cosmological term. By adding more properties we envisage the geometrical
unification of the standard model with gravitation.Comment: 11 pages, conference proceeding
Self-consistent nonperturbative anomalous dimensions
A self-consistent treatment of two and three point functions in models with
trilinear interactions forces them to have opposite anomalous dimensions. We
indicate how the anomalous dimension can be extracted nonperturbatively by
solving and suitably truncating the topologies of the full set of
Dyson-Schwinger equations. The first step requires a sensible ansatz for the
full vertex part which conforms to first order perturbation theory at least. We
model this vertex to obtain typical transcendental equations between anomalous
dimension and coupling constant which coincide with know results to order
.Comment: 15 pages LaTeX, no figures. Requires iopart.cl
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