Experimental discrepancies on QED and generalization of RQFT to complex matter
- From: "Juan R." <juanrgonzaleza@xxxxxxxxxxxxxxxxxxxx>
- Date: 11 Nov 2005 06:20:03 -0800
In
http://canonicalscience.blogspot.com/2005/11/post-about-standard-model-on-peter_10.html
I reproduce some comments on why the standard model of particle physics
is not completely valid even in the low energy regime -it is usually
accepted that at high energies the SM may looks like an effective
theory-.
The SM arises as a simplification from more general theories. Of
course, we have worked in detail only QED but if already QED contain
some flaws then the rest of model may also contain them. This is
natural. Of course, since the QED arises as a simplification, one
recovers the experimental success of acelerators experiments. However
one is able to explain effects that usual QED cannot.
Regarding QCD we could work two different ways: either to follow
standard QCD and generalize it deirectly (somewhat as did on QED) or
well obtain a new formulation.
We are testing both approaches. It is interesting that from a
completely new approach based in quantum gravity, we obtain topological
configurations in space formed exclusively by two and three
'particles'.
The discussion in canonical blog contains some new views and cite some
recent experimental discrepancies on QED,
Juan R.
Center for CANONICAL |SCIENCE)
.
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