How waves are generated, why can they move forward without all constraints, even if it is a sinusoidal progress, this is the realm that all matter yearns for, what is it that makes waves have such abilities and obtain such abilities.

What happens when two rotating substances collide together? What if the hardness of two substances is the same? The hardness of the substance, what a strange formulation, isn't the hardness fast in rotation? If the rotation speed is fast, the speed relative to the center of rotation is not necessarily fast, according to the relative distance is equal to the relative velocity times k, then even if the rotation speed is fast for other substances, the object is not a large substance, it is just a small mass of matter, but the rotation speed is fast.

To prove this, as long as these two substances collide, it is obvious that at the point of contact of the collision, the forward velocity also plays a very crucial role, and what happens when a substance that rotates fast in situ and a substance that rotates slowly at a distance collides with each other? What happens when they collide together? What happens when they do it the other way around?

The rotating rushing substance, from any point of view, take any of the above points, is a superposition of a sine wave and a straight line, so that the superimposed trajectory is still a sine wave, why is it a sine wave, generally a point around the circle rotation, its velocity direction is described as a sine wave change, that is, the point from the middle of the circle has been rising 1/4 period, and then falling down 1/4 period, this is the upper part of the sine wave, the lower part is falling 1/4 cycle, and then rising 1/ 4 cycles back to the beginning of the middle of the circle, and the cycle continues.

Because of the forward motion, there will be a straight forward velocity superimposed on this sine wave, and the superposition of the two will become a higher speed sine wave, that is to say, the original immovable rotating matter, the displayed sine wave velocity curve has been phased, just imagine that this linear velocity superimposed sine wave, causing the sine wave to keep moving forward, this is the complete trajectory description of this matter.

Any rotating matter has this complete sine wave, if it rotates in place, it is just a repetitive sine wave, and if there is a superimposed linear motion, it becomes a continuous forward sine wave trajectory.

Let's still describe what happens when this continuous sine wave hits a repetitive sine wave, we mainly look at what happens at the point of impact, for the impact point of stationary rotation, it has a direction of rotation, and for the impact point of rotating matter that runs in a straight line, there is also a direction of rotation, and there is also a direction of rotation in a straight line.

A rotating object must be infinitely divided, otherwise it will not rotate, and if it does not rotate, it will be nothing, and it will not exist, so a rotating object will always have hardness, and it will always split when it is collided, and the velocity of the material at the collision point will change, so that it may break away from the rotating object and split from the rotating object.

What will happen to the matter around the point of collision, because it is only this point when the first contact is made, and this point of velocity change will also collide with the points around itself, change the speed of the surrounding points, according to a only if the speed of change exceeds the rotation speed of the substance, it is possible to get out of this rotating substance, this rule exists, this is the hardness of the substance, that is, the hardness of the substance with fast rotation speed is high, which can be used to find materials, or to make high-grade materials.

What will happen to the rotating matter in a straight line in a collision? The same point of collision will also change its velocity, and it will also split up when the velocity exceeds the rotation velocity. The bonus of linear motion speed will make his hardness stronger, and can shatter the material with higher hardness than him, if there is no linear motion speed, he will be cut by the rotating material with high hardness, but he will split, and the rotating matter with high hardness will not split.

This is the collision theory, maybe it may need to be further refined, it is better to calculate all the points on the matter, to build a collision model, this should not be a problem, through the collision theory, we want to talk about how waves are generated, why light can get out of the shackles and move forward.

Is there a substance in the world that has the fastest rotation, that is, the hardest? What if the maximum speed of the fastest rotating substance is sub-light? What happens then? Except that the speed of light can split from him, and no other speed is possible, then does he become a superstable substance?

Furthermore, what if the speed of rotation of matter is the speed of light? Isn't it impossible for light to escape? What about faster-than-light rotation? What happens then?

Add to this theory that the relative speed is not more than the speed of light, we have this experience, when we are in a car, the speed is faster, and those stationary objects outside will become blurred, but if there is another car with the same speed as us, we can clearly see the people and objects in the car, this theory is like this.

Then we don't need to talk about the speed of light, in fact, it just creates another world, and the rules of that world also follow the rules of our current world, so let's discuss how light waves are generated.

It is also produced by collision, the sub-light rotating substance is collided by other substances, and the collision point produces the speed of light, which is separated from the sub-light rotating substance, which is the photon, and the speed of the photon relative to the sub-light rotation is the speed of light, and it is because the direction is changed, this relative speed produces the speed of light.

The matter that collides with sub-light-speed rotating matter is likely to be dark matter, or matter that exceeds the speed of light, or it may be other sub-light-speed matter, or light-speed matter, it is possible, as long as the collision point can be accelerated beyond the rotation speed, as long as the direction of the collision point is changed, so that the photon appears.

In fact, if the linear velocity is very slow, but the rotation speed is the speed of light, then the speed of the superimposed objects is still the speed of light, or the speed of light, so because the linear speed is different, the speed of light of different wavelengths appears.

If you go further, the light wave is rectified like alternating current, and is made into a DC light wave, plus various other optical devices, the prototype of the optical circuit will come out, anyway, you can refer to the construction of the circuit, if it is made into a constant light wave, this can also be made into a laser, the wave will be controlled by us, and the laser made of invisible waves will be more terrifying, then how to control the wave has become a science, and it is more likely that it is the realization of some energy devices, and it is possible to manufacture a non-destructive effect, a device with high conversion efficiency.

From here, are we enlightened, rotation plus a straight line, can transform the aircraft, so that it is free from the shackles of any matter, that is, the linear speed must be the speed of light to fly at the speed of light, the rotation speed may only be suspended on the surface of the object, maybe the rotation speed is faster, we can see the scene of another world, observe the scene of another world, spy on the scene of another world, of course, because of the different direction of rotation speed, we can spy on all sides of the world that are completely different.

Don't talk about another world, let's talk about linear speed, how to use the rotation speed to get out of the shackles, we know how to use the linear speed to get out of the shackles, as long as the speed is enough, you can get out of the shackles, but we can also directly use the rotation speed change to get out of the shackles, that is, the half-wave rising theory discussed above, that is, only let the rising hemisphere rotate, the other hemisphere shrinks, and then expands when the self-rotation turns to the rising hemisphere, so that we can continue to rise, magical, but this must be rectified, otherwise there will be a pause point, not a constant speed, it is best to make a constant velocity, but this is not the same as the linear velocity, I don't know if direct linear speed propulsion is better, or it is better to advance like this, it feels like direct linear speed propulsion efficiency is high, but there must be advantages and disadvantages, maybe integrated together can reach the speed of light.