quantized and continuous motions

[AntonioLao]

quantized motion is more fundamental than continuous motion. In fact, it is the basis for all motions: linear uniform, linear accelerated, rotational, vibrational, oscillational, etc. Just because it is not capable of being seen by the naked eye does not mean it cannot exist. In reality, it can only exist at the local infinitesimal domain. This motion is constraint to move only in 1-dimension and what is moving is just a point of the spacetime continuum. This point-motion follows a cyclic path with a complete set of directional invariance's apriori directions. All spacetime points must be associated with one and only one apriori direction. It is this direction that help to connect one point to another, and when a group of points are connected with the same direction, the group appears as a specified vector within a vector space. This vector space becomes the basis for all continuous motions as for example a uniform flow of a fluid field.

[Guille]

Interesting concept.

For, let's say, two points in space-time to be connected, is it neaded that their aprior direction is into each other's or can it be one's direction to one, and the other one wherever else?

[AntonioLao]

... is it neaded that their aprior direction is into each other's or can it be one's direction to one, and the other one wherever else?

all of these are possible. But the salient point is that there can only be 6 shortest paths for each given point, while the apriori directions can be in or out of the point. If all directions are inwards, the resulting point is a point of the vacuum. If all directions are outwards, then the point is a point of a pure radiation field.

[Guille]

I understand.

What i sthe radiation of? (space-time fabric?)

[AntonioLao]

What i sthe radiation of? (space-time fabric?)

my guess is the expansion of the fabric?

[Guille]

my guess is the expansion of the fabric?

I see. Is there any other kind of consequence that occurs when there is quantized motion?

[AntonioLao]

Is there any other kind of consequence that occurs when there is quantized motion?

the effectiveness of using the concept of harmonic oscillators in explaining the energy levels of the atomic systems. The existence of magnetic moments, the existence of electric moments, the existence of quantized spins, the existence of helicities, the existence of electric charge, weak charge, color charge, etc.

[Guille]

the effectiveness of using the concept of harmonic oscillators in explaining the energy levels of the atomic systems. The existence of magnetic moments, the existence of electric moments, the existence of quantized spins, the existence of helicities, the existence of electric charge, weak charge, color charge, etc.

This whole post just basically shows what you quantized moment represent: the basis of a possibble theory of everything. Although you would need to explain all these, and it would be too much mathematics (for me).

Can a particle that is moving in quantized motion move to a different dimensionality of motion?

[AntonioLao]

Can a particle that is moving in quantized motion move to a different dimensionality of motion?

virtual particles seem capable of doing just what you said. They come to our dimension then just as suddenly vanish again into nothingness.

[Guille]

virtual particles seem capable of doing just what you said. They come to our dimension then just as suddenly vanish again into nothingness.

What other properties do virtual particles have?

Have any virtual particle been seen/created?

Aproximatelly what is the mechanism that the virtual particles "do" to change from dimensionality?

What makes gravitons not being virtual particles? (I originally did the first question because I want to try to have a solution for the graviton and photon difference in dimensionality for my photogravitational effect).