The rotation speed of the internal elements of the sphere object is small, and the rotation speed of the external elements is large, in terms of density, the internal density is larger, and it is distributed in the parallel direction along the rotation speed, if you add the linear velocity, and the linear velocity and the rotation speed of the sphere are still angled, the matter becomes very delicate.

This angle will produce periodic changes, the change of this trajectory needs a three-dimensional mathematical calculation model to describe, three-dimensional mathematics is a real mathematical description, is a realistic mathematical description of the situation, the feeling is still more complicated, but not to build a calculation model, so difficult to describe, what kind of situation is this, more need to experiment to verify.

Other angles will produce deformation, just like various springs, when the rotation speed and linear velocity are in a perpendicular orthogonal plane, it is a straight spring, and there is no deformation state, and at other times, the linear velocity will change periodically, the angle will also change periodically, and the rotation speed will also change periodically, so the description should be clearer.

When the small material element is very large because of the linear velocity and rotation speed, the deformation force is very strong, resulting in a small volume decrease, so that the small substance will independently form a whole substance, which looks like a whole substance, and if this overall substance is superimposed with a linear velocity, then it constitutes a large material element, and the large material element is composed in this way.

First of all, let's talk about the formation of small material elements, the rotation speed of a minimum energy sphere plus the linear velocity can form such a small material element, and the rotation speed of this small material element is actually the revolution speed of the minimum energy sphere, which is the composition of all material elements.

Then we have to find out how the minimum energy sphere came about, and how did its rotation speed and linear velocity come about? When the deformation velocity of the minimum energy sphere has not yet become the rotation speed, there is mass, but it is a real linear motion, and only the linear velocity exists, and there will be no revolution.

Suppose that if there is no linear velocity and deformation of the smallest energy sphere when it is at rest, it is not clear why, the linear velocity slowly appears, and when the linear velocity accelerates, it stands to reason that if there is no obstacle in the outside world, there should be no deformation, and this is also correct, there must be something wrong here, or the model construction itself is wrong.

What if the deformation occurs first? The minimum energy sphere first produces deformation, and then the linear velocity is generated under the internal deformation drive, which is reasonable, so it is necessary to find out how the minimum energy sphere is generated, and what causes the minimum energy sphere to deform.

When energy appears, because of an energy difference with the background of the universe, how big this energy difference is, it will lead to the size of the smallest energy sphere split out in an instant, that is, an energy body exists, for some reason, the split energy sphere is related to the energy difference, and this energy difference may be expressed in linear velocity, and the appearance of linear velocity leads to the emergence of the rotation speed of the energy sphere, so that the energy sphere can exist in the universe as an energy sphere.

If the theory and practice are separated, there will be a defect, just like the above description of the rotating sphere, without considering the whole system, just calculate and assume that the relative rotation point of the sphere is the same velocity, the direction is opposite, and then superimpose the linear velocity, so that the calculation, no matter how much the angle between the linear velocity and the rotation speed, the point on the sphere is a straight line with a certain angle of spring trajectory.

But in fact, the rotating sphere, because of the velocity directionality, the relationship between the intimate contact between the substances, there must be a deformation and extrusion, so that the trajectory of the entire sphere becomes a kind of curved spring trajectory, thus forming a revolution, and it seems that the extrusion is also the relationship of velocity, which is generated by the collision of the trajectory of the movement of matter, which is a very magical process, what kind of existence is the carrier? Other material carriers with rotation speed and linear velocity will definitely form this situation, in fact, the carrier I am looking for is the original carrier, what kind of existence is that?

When an energy sphere is ejected, it never has a velocity, or when an initial velocity is thrown out, it will go through a process of acceleration, no matter what the case may be, this energy sphere will inevitably go through a process of being squeezed and accelerated.

If there is no extrusion in this acceleration process, it will not become a whole element, the key is that this acceleration process, which produces a rotation that guarantees a whole element, what is the situation?

If it comes out of an element with a slight deformation, no rotation, and only a linear velocity, then whether this is one of the most basic elements, the deformation is different, the linear velocity is different, there will be many basic elements, but they all seem to be the same, and the small differences cannot be detected.

So what is the initial process of this formation? It will not be a process of mutation, it will be a process that can be known, and it will not be unclear about anything, only according to the phenomenon under what circumstances this substance appeared, completely lost this initial process, this must exist, the development of things must be a continuous process, this is certain, time must be a continuous process, the meaning of time lies in the continuity of things, movement, transformation, etc., time is the concept of a whole, and the whole occurs continuously.

It's amazing that it's time that produces space, because of the emergence of matter, transformation, movement, and the like, so that time has continuous change, and matter, motion produces space, which is not to say that time produces space, and motion produces time. Matter and motion exist as a whole, and are property quantities that occur at the same time.

Removing these more definitions, matter, and motion are the essence of these two existences. Force, energy, velocity, time, space, etc. are all defined to describe the trajectory of matter, and mass is to describe the existence of matter. Its practical velocity and deformation can describe the existence of all matter, and velocity and deformation are states of existence where energy is conserved.

If this is the case, then there must be a carrier, the carrier is a peculiar existence, the carrier is extruded and ejected to produce linear velocity, and this carrier deformation and linear velocity are also in line with the law of conservation of energy, this minimum carrier does not rotate, if the carrier rotates, under the action of linear velocity, the carrier will produce revolution, the revolution radius and the rotation speed of the carrier are related to the linear velocity, so that the carrier will become other substances, and the rotation of this substance is actually the revolution of the carrier.

Regardless of the subsequent development and changes, according to this idea, what exactly is the existence of the carrier? In fact, is the velocity energy? This is a question, is the velocity converted from energy? Is the velocity formed by the difference between the energies?

This involves what is motion, why does the carrier move, why does it move, what happens if the carrier does not move, or whether the carrier can exist without motion, it is obvious that the carrier appears as soon as it appears, the carrier has a slight deformation, has a linear velocity, and can collide with other carriers.

Whether the rotation of the carrier collides with another carrier, and the rotation of the carrier and the original linear velocity will form a common transformation into the existence of other substances, whether the carrier can produce rotation in the collision? This will be formed.

The formation of other substances in the back has an absorption and conversion effect on these carriers, which may make the situation more complicated, but how the front carrier is formed, although the latter substances can affect the formation and transformation of the previous carrier, it is also a matter of the future, from the origin of the plot to narrate, how the carrier is formed?

Originally, some ideas appeared and were recorded on paper, and then found a suitable place in the description of the novel, but now they are directly described in any position, and I feel that this is okay, and there is no sense of disobedience in reading, I am used to this, when I read, I don't feel that there is anything wrong with this, maybe I wrote it with substantive content, and the attraction is also the substantive content, not the plot or something, otherwise, I can't read it, so messy.