Squared solutions of Wave Function represents magnetic flux patterns, not a probabilistic solutions!

“

The elementary particles are detected indirectly through their decay products due to their short lifetime, which requires reconstructing the probable occurrence of the specific course of events of the collision in the particles accelerator, using the energy and momentum conservation laws. There are for instance charged mesons like the Pi mesons or leptons like electrons and muons that can be detected by their traces signatures in a magnetic field or quarks and gluons that are noticeable by jets of particles in a detector device that makes them visible. For instance the gauge boson W that can't be directly detected due to its short life time and its large mass ~ 80 Gev is explained by time-energy uncertainty principle as being a virtual particle or by interacting with the Higgs field. A new perspective among others for this event is presented as following: According to the theory presented in this book, the proton, the neutron and all the baryons consist of three energy levels on which the quarks are orbiting. The third energy level is equivalent to 80.5 Gev; it plays a major role at decaying process through the weak force while it host a charged mesons for split seconds (The Pentaquark is created this way for instance) which ultimately are emitted out via a W boson that acquires the level's energy. The Gluons that carries the force acting between the orbiting quarks at the three energy levels are fused to produce a pair of neutrinos within a baryon or out of it. The theory suggests the possibility for gluons to generate a pair of a neutrino/anti-neutrino in a fusion process, that later forms an φ meson that consists of strange/anti-strange quarks, a J/psi meson that consists of charm/anti-charm quarks, or a three Pi mesons (one positive, one negative and one neutral), that are being the source for generating the various Baryons beyond the proton and the neutron. The source of the W boson in this theory relates this mass to a negative Pi meson that is emitted out from the third energy level (~80 Gev) accompanied by a gluon that acquires that energy to form the W boson before instantly decaying to an electron and an anti-neutrino. The "three energy levels" model presented in this theory describes the direct scenario of the production of the W the Z and the Higgs bosons and also the "Top" quark at protons collisions. The model describes the inner structure of every baryon, where each level defines the energy and charge of quarks (not their mass) as follows: for a baryon; lower level 3Gev and -1/3 (e) charge, middle level 24Gev and 2/3(e) charge, and upper level 80Gev and (-e) charge, and for anti baryons; lower level 3Gev and 1/3(e) charge, middle level 24Gev and -2/3(e) charge, and upper level 80Gev and (+e) charge. The "down" and "up" quarks within the proton the neutron and all other baryons are orbiting at the lower and mid levels. The third level (upper level) is activated in excited state (unstable baryons) as it temporarily host charged P mesons before being emitted out through the week force decaying process. The third level serves as a breakout gate for the week force decaying process! The "Top" quark and the Higgs boson are created at protons collisions while quarks at the lower and the mid levels are shifted during the impact to a higher level, aiming towards the upper energy level that triggers the decay mechanism which temporarily forms a new inner configuration of the quarks in the formerly proton, and it displays momentarily a particle with a new mass and new electric charge obtained from the new configuration which appears to be the Top quark or the Higgs boson (of course they have a different configuration depending on the intensity of the collision impact). The neutron that decays in the weak force interaction is actually an exited state of a proton (positive charged) that conceals within a negative Pi meson at the third energy level that allegedly simulates a neutron. When the negative Pi meson is emitted out from the exited proton (as a part that forms the negative W boson), it appears to an outside observer as a neutron transformed into a proton. The common understanding of the scientific community depicts this event as a "down" quark within a neutron that is transformed into an "up" quark by emitting a negative W boson which transforms the neutron into a proton. The course of events of the beta decay according to the theory presented in this book is as follows: The negative Pi meson is emitted out from the third energy level accompanied by a gluon that acquires the level's energy and decays into an 'electron neutrino' and 'electron anti-neutrino' that are invisible; the Pi meson captures the electron neutrino to jointly form a bound state and become an electron accompanied by the electron anti-neutrino that scatters alongside. A new perspective also is related to the second and third quarks generations. These quarks are a variations of a "down" and "up" quarks and their anti quarks compositions. Such compositions consist of three quarks where two of them are of the same type with opposite electric charges which neutralize each other, plus a third quark which has a fraction of the elementary charge, that as a whole particle it allegedly simulates a quark from the second or the third generation. There are examples off course but the reader can check by himself many other interactions to verify this statement. This insight explains the various choices of decaying modes of the sub atomic particles like the decay modes of the neutral K mesons for instance that currently are explained by the CP violation analysis and also through them it reveals the inner structure of all the baryons that are generated in the particle accelerators. Here is a prediction according to my theory presented in my book of a new neutral boson weighing 160Gev with the following properties: Let's assume that all the three quarks in the proton that are tagged before the collision as: d (1) u (2) u (2) (the tagging denotes the specific energy level of which the quark is positioned at) are shifted after the collision to the third energy level and a new particle is formed weighing 240Gev (a quark at the third energy level accumulate 80Gev) and carries a charge of e+ (this is the total of their algebraic sum:- {(-1/3e), (+2/3e), (+2/3e)}). This new particle will decay into a neutral boson that weighs 160Gev accompanied by a W+ boson that weighs 80Gev (Complementing the value to 240Gev), and it is probably a larger cousin of the Higgs boson 125Gev that was discovered on July 2012.The neutral boson that weighs 160Gev will decay into four leptons or a b quark and b antiquark and to some other options. The W+ boson will decay into a positron and an electron neutrino. Note: Please keep in mind that I have described here one side of the collision from the aspect of a proton/proton collision type. If the collision is a proton/antiproton type than on the antiproton side there will be: anti d (1) anti u (2) anti u (2), that after collision it forms a new particle weighing 240Gev, and charge e- (this is the total of their algebraic sum: {(+1/3e), (-2/3e), (-2/3e)}). This new particle will decay to a neutral boson that weighs 160Gev accompanied by a negative W boson that weighs 80Gev. The neutral boson that weighs 160Gev will decay into four leptons or a b quark and b antiquark and to other options. The negative W boson will decay into a muon and an anti muon neutrino. I am aware of the media publications who discussed it extensively at early 2007, that there were analysis done on data of protons collisions at CDF (The Collider Detector at Fermilab's Tevatron) of which the initial results implies the possible existence of a Higgs like particle weighing 160Gev, and despite the final results at that time it seems that the signs observed at CDF were real and valid. * The 240Gev particle can also decay into three W bosons, two positive and one negative. This option may be a preferable choice by circumstances and may affect the 160Gev particle detection.

”