True Nature of the Higgs Mechanism: A Hypothesis Associated with the Large Hadron Collider (LHC), Geneva

True Nature of the Higgs Mechanism dwells upon some of the fundamental aspects of the universal binding force and hitherto unrecognized balancing force. Its prime focus is on the Higgs Mechanism and the puzzling mass of W & Z bosons. The hypotheses presented in this book will reveal the 'True Nature of the Higgs Mechanism' and the "True Nature of W & Z Bosons". These hypotheses can be experimentally verified at the Large Hadron Collider (LHC), Geneva. Alternately, the available data of the previous experiments of the Large Electron Positron Collider (LEP), Fermilab's Tevatron, Stanford SLAC and other colliders can also be used to check the scientific validity of these hypotheses.

OUR HYPOTHESES

Higgs Mechanism is simply the force that always moves towards the centre of the particle and holds the particle as a single unit. Without this grand unified strong mechanism of the binding energy the very existence of any given particle, matter or object is impossible in this physical universe.

What we observe as particles is a small part of the huge mass that is condensed by the universal binding force or the Higgs Mechanism. It is the highly compressed and zipped structure of the actual mass. The actual mass is hidden inside the zipped zone of every particle or object by the extraordinary compressive strength of the 'Higgs Mechanism'.

W and Z particles are almost a hundred times more massive than their parent proton because of the collisions which liberate or 'unzip' the energy in the original protons which cannot be seen when their energies are still 'zipped' up inside the proton.

We further hypothesize that W± boson is the carrier particle of the Weak force and Z boson is the carrier particle of the Binding force. Since the Higgs Field and the Binding Force are one and the same, the 'Z' Boson itself is the Higgs boson.