Why is superstring theory called a theory that subverts all cognition?

In order to unify all the laws of physics into a single theory, physicists invented another theory called superstring theory. This theory speculates that the smallest elementary particles, such as quarks and leptons, are not "point" particles as we used to think, but rather a "string", a wisp of vibrating energy.

Because this theory is in some conflict with modern physics, it is thought to be subversive.

Theories made up nonsense, people are the most capable of making up nonsense, some are not nonsense, useful and useless nonsense, people are the most able to make nonsense.

Does superstring theory have practical applications? My grand unified theory, the first practical application is the ** information transformation system and method, the second time algorithm, the first has been proven, the second application I don't know has been proven? Only the state knows.

The next application is high-precision hybrid technology.

Because once this theory is established, then it is equivalent to saying that the current science is wrong and will subvert people's cognition.

It was just a game played by scholars in the scientific community, and it was recognized by the World Congress of Science as not science a few years ago.

The Mystery Man exists in the universe at the same time as everyone else! It's not the best! There are flaws too! The Chinese emperor is also called Xuanyuan! It means that he wants to be a mystery!

Who is plucking the strings, the space is dancing, transmitting the code of heaven and earth?

Because it's a rubber band, it's not clear what time is.

When everything is nothing, science enters theology.

This super dazzling is really mysterious, invisible, intangible, and endlessly changing.

Introduction to Superstring Theory Physicists have always believed that there are symmetries in nature, for example, the loser and the lepton are also three groups, or the positive and negative particles, CPT equilibrium, and so on. However, the physical world is not as symmetrical as we think, for example, CP is not balanced, and the greatest asymmetry (asymmetry) is the spin of fermions and bosons, fermions need to spin two turns to see back to the original scene, while bosons only need to spin one turn. Physicists have established the supersymmetry theory (supersymmetry susy) of n=8 to unify fermions and bosons, that is, they believe that in addition to the four dimensions, the universe also has four dimensions, and this eight-dimensional universe is called superspace, but this additional four dimensions cannot be understood as time or space, the eight-dimensional universe is inhabited by fermions, and matter can be transferred from four-dimensional space to the eight-dimensional inhabited by fermions through spin, and from eight dimensions back to four-dimensional. That is, the bosons can be replaced by fermions, and the fermions can be converted into bosons, and there is no difference between them, and the reason why we see that their spins are different is just an illusion that we are limited to the fourth dimension and cannot see the eighth dimension.

String Theory and Superstring Theory In addition, the term "string theory" refers to the theory of bose strings, which originally included a space of 26 degrees, and superstring theory, which incorporated supersymmetry. In the recent physics world, "string theory" generally refers specifically to "superstring theory", and in order to distinguish between square limbs, the earlier "Bose string theory" is called by the full name. In the 1990s, Edward Witton proposed an m-theory with an 11-degree space, and he and other scholars found strong evidence that many different versions of superstring theory at the time were actually the result of different limit setting conditions for m-theory.

These discoveries led to the second innovation in superstring theory.

Although the theory of relativity and quantum mechanics explain some phenomena of the universe relatively perfectly within their respective scopes, they are contradictory, cannot be correct, and neither can fundamentally explain the universe.

String theory, superstring theory, and m-theory are new research directions.

String theory has the potential to become a grand unified theory of the universe capable of describing all particles and fundamental interactions, including gravity.

One of the basic ideas of string theory is that the basic unit of nature is not dotted particles such as electrons, photons, neutrinos, and quarks, but very small linear "strings" (the most basic unit of all matter is composed of a small "energy string" that occupies two dimensions of space-time, and the only difference from the type of particle is the frequency difference in the string vibration).

The different vibrations and movements of the strings produce a variety of different elementary particles, and energy and matter can be converted.

String theory mainly attempts to fuse and solve two major theories of physicsQuantum mechanics and general relativitycontradictory questions, thus becoming the grand unified theory of explaining the universe.

1.String Theory:"String theory" now refers to Bose string theory, which encompasses 26 degrees of space.

2.Superstring Theory: "Bose string theory" is called superstring theory when supersymmetry is added.

Theory:In the 1990s, Edward Witton proposed an m-theory with an 11-degree space, and proved that the different versions of superstring theory at that time were actually the result of different limit setting conditions of m-theory, and m-theory was born. It combines five superstring theories and the theory of supergravity in 11-dimensional space.

With the continuous revolution and development of M theory, it is expected to become the grand unified theory of the universe.

Superstring theory (English: superstring theory) is a type of string theory, and there are five different superstring theories, also referring to string theory in the narrow sense. It is a string theory that introduces supersymmetry, in which the cornerstone of matter is the string in 10 dimensions of space-time.

Theoretical Foundations of Superstring Theory.

1. Eleven-dimensional space-time (ten-dimensional space plus one-dimensional time).

In order to unify the boson and fermion, scientists predicted this particle, which is difficult to find due to the limitations of experimental conditions. As one of the most difficult theories, superstring theory has attracted many theoretical researchers to study it, and it is one of the candidates for the theory of all things, which can explain all the forces we know, and even explain the universe.

2. Superstring theory treats subatomic particles as multi-dimensional cycles (10-dimensional space mentioned at the beginning) that vibrate when excited.

3. Superstring theory, like traditional quantum mechanics, treats uncertainty as truly random.

4. Explain the relationship between chords and three-dimensional space and multi-dimensional space with membrane theory.

From the perspective of theoretical construction, the difference between string theory and superstring theory lies in the difference in their theoretical structure and form. Compared with string theory, superstring theory is more complete and accurate in terms of theoretical framework and mathematical formulation, and can better unify gravity and other interactions. From the perspective of physical representation, the difference between string theory and superstring and residual theory has not been fully observed, so more experimental data are needed to verify the difference between the two and explain the difference.

Both string theory and superstring theory are frontiers of contemporary physics, and they are theories that attempt to explain and unify all the fundamental interactions of nature. Among them, string theory is a relatively early theory that assumes that the basic material entity is not a point particle, but a one-dimensional object similar to a string, and that the different vibrational modes of these strings produce different particles, thus unifying the theoretical framework of quantum mechanics and relativity. Superstring theory, on the other hand, is a theory developed on the basis of string theory, which assumes that there is a supersymmetry in the universe, that is, all elementary particles have a supersymmetry partner, and superstring theory can also explain the unity of gravity and the other three fundamental interactions.