Lorentz violation of the Standard Model

Recently I have posted a preprint on the web
(http://xxx.lanl.gov/abs/hep-ph/0502142) that contradicts the conclusion of
the unification of electroweak interactions, which is the very reason the
Standard Model is awarded Nobel prize.
You may find more information and FAQ on my homepage http://www.jcyoon.com

In this paper, I am asking whether the unification of the Standard Model is
rigorous enough to claim as a fundamental nature of nature.

As I am fully aware how bold my claim is, I have asked many leading
researchers as
possible to find out any logical failure of my argument. But I have not
faced
any reasonable refutation, rather their abrupt discontinuances after some
discussions have convinced me that I am at least on the right track.

I don't know why, but I am still ashamed of myself to ask this issue in
public, but if I am mistaken, it would be better put an end to this now than
never.

Please be open-minded to my challenging questions and kindly reply me if you
or someone you know have a reasonable and rigorous argument against it.

Here is the outline of preprint.

1. No massive particle can be described by only one of left- and
right-handed "chirality" fermion field according to the Dirac equations.

2. The Standard Model starts with the assumption of massless fermion
labeling them as purely left- or right-handed chiral fermions. After the
massless fermion obtained its mass term, they are still labeled as left- and
right-handed fermion. If it is left- and right-handed chirality, then it
contradicts with the Dirac equation as there is no massive fermion with
purely one chirality. If it is left- and right-handed helicity, then it is
only an approximation that violates Lorentz invariance.

3. Therefore, the unification of electroweak interactions is at best
Lorentz-violating approximation, not a fundamental property of nature.

Thanks,
J.C. Yoon

.

Relevant Pages

  • Lorentz Violation of the Standard Model
    ... which is the very reason the ... I am asking whether the unification of the Standard Model is ... right-handed "chirality" fermion field according to the Dirac equations. ... If it is left- and right-handed chirality, ...
    (sci.physics)
  • Lorentz Violation of the Standard Model
    ... which is the very reason the ... I am asking whether the unification of the Standard Model is ... right-handed "chirality" fermion field according to the Dirac equations. ... If it is left- and right-handed chirality, ...
    (sci.physics.particle)