THE ORIGIN OF MATTER

 

THE ORIGIN OF MATTER

https://www.earth.com/news/where-did-dark-matter-come-from-the-answer-may-be-surprisingly-simple/

According to the article:

“Dark matter started its life as near-massless relativistic particles, almost like light,”

“These particles, similar to the photons that carry light, hurtled about at near-light speed.”

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Photons do not ‘carry’ light, they ARE light, and as has been seen in THE NATURE OF THE PHOTON, they ARE near-massless relativistic particles.

The surprisingly simple answer explained in the Ignis theory accounts for the origin of all matter, including dark matter, both seen as arising from the interaction of Ignis photons as described in THE NATURE OF THE PHOTON and elsewhere.

Matter is a consequence of the interaction of moving charge carriers.

Because like charges repel and unlike charges attract it can be seen that The Big Bang or an equivalent origin for the energy of the known universe may have been a vast source of moving positive and negative charge carriers [energy ‘particles’] moving away from their origin or origins at the speed of light.

If these charge carriers comprised energy that propagated and behaved as described for photons in the Ignis model, described in THE NATURE OF THE PHOTON, it is seen as likely that the extensive and continuous spectrum of energy levels [‘frequencies’] produced in The Big Bang or equivalent source of energy would have resulted in a very wide range of deflection angles as charge carriers of the full range of energies [same polarity, equal or differing charge intensities and masses] repelled each other.

Because positive charges would have commenced to diverge from each other under the influence of their mutual repulsion and negative charges would have done likewise, this particle path deviation would have caused the subsequent convergence of a great variety of charge carriers.

Path coincidence of such deflected charge carriers would lead to cascading deflections in what would, essentially instantly, become a ‘boiling maelstrom’ of swirling energy and ultimately, it will be seen, particles of matter.

It is theorised that positively and negatively charged particles would be drawn together if their paths converged and their charge presences coincided instantaneously in time and location.

The outcome of such physical attraction would have, in each instance, been determined by the energy relationship between the particles involved, that is, their relative repetition rates [periods].

Should positive and negative particles of equal energy [same ‘frequency’ or period of repetition] coincide as described they will continue together on a path resulting from their angle of incidence.

They will then be closely associated particles appearing as one entity possessing the cyclic combined energy and mass of its constituents

This new ‘particle’ will exhibit zero charge externally to itself except at extremely short distances however* owing to the opposite and equal charges of its component parts masking each other’s charges.

*[Because no two particles may occupy the same ‘space’ they must, in these associations, exist in some manner adjacent to each other and thereby exhibit very small charge to points immediately beside each one on their side opposite the union.]

Note that the combined particles retain their prior individual identity and cyclic characteristics despite being ‘locked together’ by their charge relationship.

It should be clear that such a particle association continues to acquire mass and be limited in speed in an identical manner to that discussed for individual photons in the Ignis theory.

The combination particles described above would behave in the manner of the particle known as the neutrino. In possessing essentially zero exhibited charge, these entities would be normally neither attracted toward nor repelled by the charges presented by atoms and therefore may only very rarely interact with other matter.

Positive and negative charge carriers that differ only slightly in energy have almost identical transition periods [repetition rates]. If the material presence of two such items occurs simultaneously in close proximity to each other the mutual attraction will cause the two to unite as occurred in the case of the neutrino.

On subsequent materializations such entities will emerge slightly spatially separated from each other however, owing to their non-identical ‘periods’ [conventionally referred to as ‘wavelengths’].

If this occurs with sufficient propinquity the two physical particles will be drawn together once again by their charge attraction. This process will recur indefinitely, with a resultant ‘virtual’ period for the new object falling between the repetition times of the original energy components.

In a physical sense the positive and negative particles comprising the entity will be locked together as they move in unison at a resultant speed slightly below that of an unassociated energy entity [single photon].

This will happen because the physical presence of the higher energy particle will appear on each occurrence at a slightly earlier time (shorter distance) than the less energetic particle, drawing the first particle slightly forward physically, causing it to present a virtual period slightly longer than normal and the second particle slightly backward physically in space, causing it to present a slightly shorter virtual period than normal, thus producing an overall combined ‘measured’ speed (distance divided by time) that is lower than would otherwise be the case.

That is, the new [combined] particle of matter will travel at marginally less than the speed of light even though comprised of entities that individually attain the same maximum speed that limits all entities.

The minute material object formed in such a union will continue to exhibit a small residual charge as in the case of the neutrino but as the physical association of the particles is more distant in this case and their charges differ slightly, the charge affecting other objects will operate over a greater distance and be marginally dominated by that of the more energetic particle. This allows them to repel and attract other entities depending upon relative physical charge orientations and this may lead to the accumulation of equivalent entities causing the formation of more complex matter.

Such accumulations may conceptually consist of pairs or groups of pairs bound together in chains of progressively greater energy difference.

Particles of matter taking such a form may collectively travel at a considerably lower speed than the transition speed of its constituents, that is, well below the speed of light.

It is suggested that a process such as that described above ultimately results in the formation of ‘normal’ matter with a combined resultant spatial speed within the relatively slow range seen in complex matter.

Please realise that groups of vast numbers of diverse photons [photons of differing energy levels] in a primitive early universe form almost unbreakably strong connecting bonds between group members, bonds that tie them together to form a single unit of matter.

Once they have become mutually tethered amidst a chaotic process in the early universe [by the charge relationships already discussed] the intrinsic motion of the individual constituent photons comprising a particle of matter continues under the strict constraints of their mutual bonding relationship which prevents their free individual movement.

Almost no motion is imparted to the resultant hybrid entity [a particle of classical matter] as the motion of its constituent photons is constrained in all directions in an almost perfectly balanced manner.

Small, seemingly random movements of the material particle arising from ‘internal’ activity contribute to Brownian motion in conjunction with what are referred to elsewhere in the theory as thermal photons.

That is, any significant motion exhibited by the ‘physical’ particles so formed results from externally applied forces in accordance with the normal mechanical principles of physics in the macro material world.

The entire universe of matter, in all its forms, came about through incredibly strong charge-dependent bonds formed in the manner described above. These bonds are extremely difficult to break, and release the astounding amount of energy of all the photons combined in their formation when they are disrupted.