Much Anticpated Higgs Particle Announcement Mañana

The CERN announcement tomorrow that people speculate will announce better evidence of the existence of a Higgs Boson particle of between 90 and 40 GeV yet possibly as much as 140 GeV will not herald the discovery of a 'god' particle embedded in solid state physics as a concatenated probability association of quantum uncertatinty. It would indicate that particle accelerators and theoretical physicists have taken one more step to fill in the sketch of the ways and forms that quantum energy takes in the Universe.

http://www.scientificamerican.com/article.cfm?id=how-does-the-higgs-boson

The Higgs field and its particle the Higgs boson are described by some as a new kind of mass, yet it has existed since the inception of the Universe within a given cosmological paradigm. Those cosmological theories change from time to time providing deeper knowledge yet not necessarily evolving in some linear, hierarchical order of consistency.


http://en.wikipedia.org/wiki/Elementary_particle

A Higgs field is in some ways comparable to an electromagnetic field. The standard model of physics differs from string theory, which offers a deeper explanation for the values of quantum particles. The Higgs boson should have certain values in order to fit logically into the paradigm of values of other quantum particles. The Higgs field is believed to be more fundamental than the other particles, masses and fields and in fact to give them their mass. In other words the particles of the standard model are regarded as localized expressions of the Higgs Field. The Higgs boson too get's its mass from the field.


http://en.wikipedia.org/wiki/Higgs_boson#Theoretical_overview

I have no idea how physicists extrapolate the existence of uncertainty within a primordial Higgs field. Perhaps uncertainty is local within the universal non-locality of the field.

The Higgs field was early in cosmological inflation theory regarded as a possible source of the energy in Guth's theory. Now the Higgs field isn't now considered a cause of the initial or present expansion of space-time. Knowledge of dark energy-the lamda force- and its relation to a Higgs field (if either exist) are full of uncertainty.