[cpu68 (OP)]

According to previous concepts, quarks would consist of only a few preons, according to my concept, they consist of a very large number of tiny particles.

[Origin]

according to my concept, they consist of a very large number of tiny particles

There is no evidence to back up your claim.

[alancalverd]

It's obvious, if you study the upper regions of classical poetry

Big fleas have little fleas
Upon their backs, to bite 'em
And little fleas have smaller fleas
Ut sic ad infinitum

[Origin]

It's obvious, if you study the upper regions of classical poetry

Ah, I see it's a turtles all the way down sort of thing...

[cpu68 (OP)]

The bonds of particles from the galactic model and higher models are probably - like quark-gluon bonds - indecomposable.

[paul cotter]

No.

[cpu68 (OP)]

One can also consider the hypothesis that these particles (main particle) are micro black holes that have ended their lives as particles, by evaporating.

[Bored chemist]

One can also consider the hypothesis that ...

One can.
And then one can reject it.

[Kryptid]

One can also consider the hypothesis that these particles (main particle) are micro black holes that have ended their lives as particles, by evaporating.

https://en.wikipedia.org/wiki/Black_hole_electron

[cpu68 (OP)]

https://en.wikipedia.org/wiki/Black_hole_electron

interesting

[cpu68 (OP)]

These evaporating micro black holes (main particle) can produce all the particles from the galactical model (compare stars in the galaxy). The only issue is that these particles can also be building blocks of, for example, quarks.

[cpu68 (OP)]

All particles from the galactical model are somehow related to the main particle of the model, which is related to the rotation of the galaxy where the center is a supermassive black hole.

[Origin]

All particles from the galactical model are somehow related to the main particle of the model, which is related to the rotation of the galaxy where the center is a supermassive black hole.

So these particles are somehow related and they sorta interact kinda and then probably do some other stuff.  Well, that is quite the in depth theory!

[cpu68 (OP)]

There are three types of galaxies, spiral, elliptical and irregular, just as there are three kinds of particles, electrons, quarks and gluons.

[cpu68 (OP)]

The largest particles in the galactic model would correspond to hypergiant stars.

[cpu68 (OP)]

In the title of the thread I refer to the term preons, although this should be treated as a convention. In the classical theory of preons there are only a few of them, hence my theory assumes a completely different concept of preons.

[cpu68 (OP)]

The smallest particles of the three models described are gravitons. Particles from a similar level are slightly larger.