08/30/2025 (Updated 08/31/2025)
There are only two types of particles that exist and make everything, (1) half-spinning particles (the insides and outsides of atoms, known as inside quark particles and outside lepton particles) and (2) non-half-spinning particles (the force particles, which are like sticky magnetic particles that act like different strengths of glue).
Half-spinning particles are known as fermions. Non-half-spinning particles are known as bosons.
Fermion Quarks are found inside atoms, and make protons and neutrons, and fermion leptons (electrons and heavier electrons) are found outside of atoms.
There are many bosons or non-half-spinners, the force particles, and the most important seems to be the Higgs boson force particle, which forces massless particles to have mass via the energy bond between Higgs and the particles it births -- which is almost every particle, when you consider the particles Higgs births -- and where Top Quark is larger than Higgs, and also joins Higgs as a parent particle, which together with tau particle (heavy electron) generates most to all particles, along with some large mesons, which collectively create many different paths to make the same particles like but not limited to light/electromagnetic particles, strong/gluon and weak/W/Z/meson nuclear force particles, gravity and/or Higgs particles.
The closer particles to Higgs, born from Higgs, have the strongest (glue or magnet-like) forces and the shortest operating distance, like very strong glue operating at only small distances from Higgs, then gluon force particle glues quarks together in threes to make protons and neutrons, and weak nuclear force particles W and Z are also parent particles, which the Higgs field disrupts, weakening neutron-gluon bonding, resulting in a proton and radiation, specifically the generation of the light force particle and electromagnetism, which seems to be a glue-like particle far from the Higgs field, explaining the negligible mass of light particles/gamma photons, and where this light force or glue particle seems to glue different frequencies of electromagnetic energy together and then unglues them, resulting in different wavelengths, and where light and weak nuclear force unite into an electroweak particle at higher temperatures.
Said differently, because electroweak particles cooled, they split into weak nuclear force particles and light force particles (allowing us to see), with electromagnetic force particle properties (perpendicular electromagnetic energy waves weaved together at their nodes).
So now employ gravity in a Top Quark and Higgs parent parenting environment, because heavier masses will want to stick together due to their greater force of gravity, and then imagine a lipid bi-layer model of the universe, where technicolor or the Cooper electron force or mirror interface of the quark and antiquark universe are like the lipid bi-layer interface of the cell, where the lipid mono-layers are connected by technicolor force particle, and then marrying to Standard Model, generate the other particles Top Quark generates, and the largest particles cluster closer together due to their greater mass, collectively resulting in the soup of particles, able to collectively make one another as described by de Chatelet, where energy is not created nor destroyed, but transferred between different particles, generated by more than one pathway, resulting in one another within the condensate is how the marriage looks like.
Different theories in physics are based on different mathematical proofs regarding how to count space, time, and changes in energy and mass in space over time, theories which have been normalized or not, where normalization if akin to a prediction that can be tested and proved.
The problem is that these different theories in physics have different assumptions, and so they can't readily be married in a manner that makes sense with respect to math proofs, and there is more than one theory that has been proven, resulting in parallel research tracks, tracks which sometimes cross.
Regardless, cross the Standard Model with the Top Quark Condensate, and focus on what is similar and not different, and you have the Top Quark Condensate composite field made of the top quarks and its anti-quarks, or meson-like particles, like a half a lipid bi-layer, where one layer is the top quarks, connected by the technicolor force particle similar to paired Cooper electrons, similar to gluon force particle also, and the other layer is the anti-top quark layer -- in a "mirror" universe, with each part of each universe able to eventually create and/or destroy each other part of the mirrored universe, perpetually, as predicted by de Chatelet, and illustrated above.
Note the darkest particles above have the most mass, most of which was forced on them by Higgs force particle, through the birthing energy bond (Higgs field), which per Einstein's E=mc2, transfers mass to many of the closest particles to Higgs' energy=mass field birthing those particles, like bubble gum pulled in different directions (Higgs), almost pinching off gum from the central wad (Higgs) and Top Quark and Tau and meson cluster (due to gravity), clustered to Top Quark and its derivatives in overlapping and/or sequential Higgs and Top Quark condensates and their derivatives, resulting in all particles composing atoms (fermions) and all force or glue particles acting on those atomic particles, where the pulled bubble gum ends are the particles birthed off Top Quark, Higgs, tau, and mesons, via strings of gum attached to the main wad, the energy bonds of Higgs-like fields of parent particles, and where Einstein's equation is used to determine the equivalent resting mass transferred from the energy bond to the massless particles, for example massless W boson particle pinching off massive Higgs boson and along with it energy and mass from Higgs through the birthing or pinching energy bond or Higgs energy field.
Collectively, the top quark and anti-quark mirrored universe, couples to heavier parent particles like Higgs, tau, and mesons, due to gravity, and these clustered heavier particles result in all the particles, with Higgs alone able to result in almost if not every particle, forcing mass onto massless particles via the birthing energy bond and Einstein's E=mc2.
Gluon forces quarks together to make protons and neutrons. Weak nuclear force particles W and Z become unglued and result in neutrons becoming protons. Light particles force or glue frequencies of light together, and also become unglued, for example, ungluing frequencies of visible white light results in different colors of light, which are the frequencies of light not absorbed by objects (we only see rejected colors or frequencies of light unglued from white light, with the other frequencies of light being absorbed).
Marrying the two theories would look something like the following diagram below, and where the bubble gum analogy is better depicted in the image at the top of the screen with arrows from one particle to another illustrating the birthing of all the other particles, and where many particles, like but not limited to light or photon force particles can be created via more than one pathway, resembling tangled and pulled apart gum, when the many known pathways are mapped onto one image together.
The reference to Ra below is a reference to the Egyptian Imperial Cult's God, Ra -- who like the Higgs boson force particle, Top Quark particle, Tau particle, and super large meson particles -- are God-like in that they respectively (Higgs) and/or collectively give birth to all of the other key force and matter particles (Ra gave birth to other Gods and could merge with them to create yet other Gods, similar to Higgs Boson, Top Quark, Tau, and/or large mesons in how they make most to all particles, which interact to make most to all other particles) via all sorts of different pathways, directly, and indirectly, and collectively in a circular manner (energy cannot be created nor destroyed only transferred), as predicted by Emily de Chatelet via Newton's work, illustrated above, where the largest particles give birth to the particles and particle genesis pathways that result in a the largest particles in a circular or perpetual manner, when mapped onto one image -- though to correctly represent -- different temperatures and speeds and other variables result in different particles in the image above being created at different times, for example when particles are artificially-smashed together via CERN engineering at different speeds and temperatures, resulting in the discovery of particle genesis pathways. More simply, all of these particles mapped out above aren't created under the same conditions, and thus some resulting particles are more likely than others, depending on the conditions.
https://en.wikipedia.org/wiki/Ra
