If quantum energy teleports, can matter transfer be realized?

In the physical universe where we are now, there are many things waiting for us to explore, such as how big the universe is and how far we are from the center of the whole galaxy. These are all problems that bother us, but we believe that one day we humans will break through the limitations of these scientific and technological civilizations to understand important scientific and technological mysteries. Especially the present quantum theory is an important scientific research project that many physicists are discussing. If quantum can be transferred, can it transfer matter? The answer is yes. The reasons are as follows.

First, the quantum micro-world is very huge, and the transmission speed is faster than our real world. First of all, the first point is that in the quantum microscopic world, the propagation speed of matter is very fast, which can be close to the existence of light speed, and the light speed can reach about 300 thousand kilometers per second. If we humans assume that we can spread by quantum one day, then we can send more substances to farther places, which is an important development project for us in future scientific research. It's just that a science and technology of human beings hasn't deeply understood and explored quantum theory.

Second, the transfer of substances should also take into account another restrictive factor. Secondly, there is another point that other restrictive factors should be considered in the transmission of materials, such as the influence between propagation speed and propagation space. After all, we have no in-depth research and development on quantum communication. What is the limiting factor in the quantum world? We humans don't have a clear definition yet.

Third, how do we realize teleportation? The last point is how to make quantum teleportation, which is a difficult problem that puzzles many scientists. After all, it is difficult for us to move instantaneously between substances now, not to mention a development prospect in the quantum field.