THE NEW PHYSICS: How do we make discoveries when we don’t know what to look for? 1. By searching for signatures that match theoretical predictions. 2. By looking for things that differ from everything else (anomaly detections, deviations from the Standard Model.) New physics is out there.
A current of electrons can drag quantum particles of light packets and matter.
The laws of nature are composed in triplicate. There are three copies of all matter particles, each heavier than the last one, but otherwise identical. There are three successive generations of particles. The laws of nature are composed in triplicate, in an array of small, medium, and large. Each particle is assigned a velocity as it moves through the Higgs field as a slow, medium, or fast entity. Note: There are three sizes of Higgs fields to accommodate the three particle sizes.
The Higgs boson is an elementary particle in the Standard Model of particle physics produced by the quantum excitation of the Higgs field, one of the fields in particle physics theory. The Higgs particle is a massive scalar boson with zero spins, no electric charge, and no color charge in the Standard Model.
Each particle feels the field is a designated way. Only the heaviest level of the particle is fundamental. Note: Only the top quark’s mass has roughly the same energy as the Higgs field as it moves through the Higgs field. The top quark is the lead dog. There is a lot of indirect particle exposure going on within the field. The particles can transition down and up within the three Higgs fields. Particles cluster up based on their generation, currently. The uncertainty principle causes a lot of virtual particles to flicker in and out. Neutrinos also come in three generations. All particles phone home a lot as they traverse the three Higgs fields. Mass trickles up and down the three fields. (Lower mass goes higher, and higher mass goes lower as the mass passed through the middle level. The temporary clouds of probabilities hang around the mid-level Higgs field. An example of a cloud of possibilities would be particle transformations, such as muon-to-electron decay. The meddling particle births are the result.
ALL THINGS ARE TRIUNE, WITH BINARY INTERACTIVES.
Gravity uses a cosmological Higgs scalar field with a non-trivial and self-interaction potential, leading to a varying Higgs vacuum expectation value.
The strong interaction between particles with different quark content from first principles starts with the strong interaction between the particles’ constituents, the quarks, and the gluons that convey the interaction force.
The tau-lepton and the top and bottom quarks are members of the third, heaviest fermion family. The exact electro-weak symmetry that predicts that the weak-force carriers should be massless also shows that all 12 spin-1/2 matter particles known to us should also be massless.
