Regarding the theory of relativity, what is the theory of relativity

Yes, the Lorentz transformation in the theory of relativity can be deduced.

In the theory of relativity, energy and mass are considered to have a conversion relationship, and their essence should be understood from the representation of mass.

The most recent research on quality is the search for siggs, and most of the current research work suggests that quality is due to the hindrance of siggs. So when the speed is high, the hindrance effect of Siggs is relatively greater, so it is manifested as an increase in mass. This section deals with current studies of the gravitational field and mass**.

The specific situation of the Siggs particle is briefly introduced with an analogy:

For example, if an atom moves in space, and there are uneven distribution of Siggs in space (the minimum energy of the field is negative), we compare the moving atom to a big star, and compare the Siggs child to the fans of the star.

I'm not very good at Chinese, I hope you understand.

Yes. According to the formula, it can be calculated that an object has a moving mass when it moves.

Yes. If you're really interested, you can look into Einstein's special theory of relativity, which can lead to that idea.

m m0 (2nd power root of (1-u*u c*c)); m0 is the mass of the object at rest, and u is the velocity of the object.

Einstein's special theory of relativity also tells us that time slows down in a moving spaceship.

According to Einstein's mass-energy equation e=cm, the greater the energy of matter, the greater the mass. where e is energy, c is the speed of light, and m is mass. The motion of an object will have kinetic energy, and its energy will increase, so the mass will also increase.

But the speed of light is too great, and we generally don't consider this change. This change is considered only when it comes to substances moving at high speeds. This has nothing to do with the fact that uniform velocity is not uniform velocity.

If the static mass does not change, the dynamic mass will increase as expressed in the mass-energy equation (observed in a certain inertial frame), and of course if you move in the same direction at the same velocity, its mass will not change.

What is the basis of the theory of relativity?

The theory of relativity is a basic theory about space-time and gravity, mainly founded by Albert Einstein, and is divided into special relativity and general relativity according to the object of study. The theory of relativity and quantum mechanics brought revolutionary changes to physics, and together laid the foundation of modern physics. The theory of relativity has greatly changed mankind's "common-sense" concept of the universe and nature, and has put forward new concepts such as "simultaneous relativity", "four-dimensional space-time", and "curved space-time".

A theory of the relative relationship between time and space. Something like this.

General relativity that cannot be fully solved.