Voyage of the Stars.

Chapter 1040 Research on Extra Dimensions

However, human civilization does not know about this yet. Whether it is the top officials of the interstellar government or the scientists, their work focus is still on the implementation of special technologies.

Although humans have mastered this technology, the process of turning known technology into technological creations still faces many difficulties.

The most difficult problem to solve is the problem of extra Fermi dimensions.

Humanity's distinctive technology is derived from research on microscopic high-dimensional aspects, so first of all, we must complete the deconstruction of extra dimensions. Humanity has already done this. Otherwise, it would be impossible to find the string combination in the microscopic high-dimensional structure, let alone pluck it in the laboratory.

The so-called extra dimension refers to the curled dimension other than the macroscopic dimension.

Humans have already achieved quantum exile strikes in laboratories, but this type of strike requires a large range. Large-scale strikes are also the goal pursued by humans. If humans want to travel far, they must destroy electronic warships. Every civilization that understands electronic warships knows that electronic warships can be replaced and displaced in a short period of time. In other words, they are very flexible and ordinary precision strikes cannot hit them at all.

At the beginning, the neutron battle star relied on the large-scale strangulation of gravity-specific technology, forcing it to use an unprecedented attack method.

Of course, large-scale strikes alone are not enough; they must also be targeted and precise. This is the biggest challenge facing mankind in the stage of technology application.

This is related to whether it will accidentally damage one's own fleet when it is actually used.

To solve this problem, we must obtain a mathematical solution corresponding to the extra dimensions and the macroscopic dimensions. In this regard, only mathematics is accurate and reliable.

What human mathematicians did not expect was that the calculation results gave a seemingly meaningless solution. At first, they did not know what this solution meant. It was not until hundreds of years later, when physicists were trying to figure out the relationship between strings in extra dimensions, that they realized that the so-called meaningless solution actually pointed to the Higgs boson.

This discovery finally allowed human civilization to indirectly prove the existence of the Higgs boson.

The proof of this existence has finally enabled humans to connect the physical phenomena of extra dimensions using mathematics.

Supersymmetry theory tells us that electrons have the smallest spin, while Higgs bosons have no spin, and a Higgs boson cannot possibly move in the Fermi dimension. Electrons move at 1, photons move at 2, and the value of gravity depends on how many Fermi dimensions are involved. Humans operate in the microscopic six-dimensional space, so through mathematical techniques, we can get the movement of gravity.

Gravity tells space-time how to bend, so humans can accurately calculate the angle, strength, and method of plucking the strings and the corresponding macroscopic space, thereby achieving directional range strikes.

Human scientists used the mathematical structure of superstrings and some other properties described by the world sheet to find preferred ways to curl dimensions. They found that some curled dimensions were only a few times larger than the typical size of a vibrating string.

As for the transmitter of macroscopic and microscopic information or mapping information, it is undoubtedly gravity, because gravity is the only long-range force that can penetrate all dimensions.

However, human scientists have been studying for more than a thousand years and still cannot find the manifestation of gravity in extra dimensions.

To this end, humans have had many exchanges with the Shenju civilization, and the latter's scientists told humans that "gravity comes from a massless string state" is correct, but it is erased by quantum mechanics in the extra six dimensions. This sentence awakened human scientists, and they finally understood why they could not find the gravitational manifestation that runs through the dimensions.

As a result, over the next few hundred years, humans were able to truly master the direction of targeted strikes.

The last problem of size was also solved in less than three hundred years. It required humans to know all the sizes and shapes related to the microscopic six dimensions that they understood, to explain why the extra dimensions had the shapes they had, and finally to master the method of fixing these extra dimensions.

The first two points have been solved theoretically, and the solution found by humans for the last point is membrane and magnetic field.

Because the extra dimension is soft, its size and shape can be easily changed by external forces. Once its size and shape are changed, other corresponding macroscopic parameters, including the combination string keys found by humans, will also change. If left unattended, humans will not be able to exert force to pluck the strings.

This is just like playing the guitar you have to hold the guitar in place first.

Humans use magnetic fields to bind them, and the fixed surface is the membrane.

Of course, human civilization cannot see the membrane. It is just that after bringing the theory of membrane into the set of equations of fixed microscopic high dimensions, the microscopic high dimensions observed by themselves are mathematically fixed. Therefore, humans believe that their method is to fix the target extra six-dimensional space on the membrane.

The interaction principle of the magnetic field is the interaction between magnetic flux lines and microscopic magnetic moments. Figuratively speaking, humans use advanced magnetic field technology to allow magnetic flux lines to pass through the magnetic moments of microscopic high-dimensional space, bundle them together, and then embed the north and south poles of the magnetic field on the membrane.

The fact that humans can bind and fix the corresponding extra dimensions indirectly proves the correctness of the theory of cosmic expansion. In the world constructed by string theory, when the extra dimensions are bound and cannot move, the remaining macroscopic dimensions will have a slight tendency to expand, and the expansion is accelerated.

This is consistent with observations.

Humans have successfully opened a corner of the microscopic world and mastered some of its principles, from entangled membrane structures to microscopic quantum effects, to microscopic magnetic moments and macroscopic magnetic fields, and then to macroscopic spatial dimensions.
It took humans a total of three thousand years to complete this series of research and creation.

The answer is as scientists' previous theories predicted. Humans can destroy a star system with one strike, or rather, exile a star system into the microscopic quantum world.

The energy consumed is also extremely huge. Considering the size and energy storage system of the new Tianqin, if it launches a maximum-powerful attack, it probably won't exceed ten rounds.

Very little, but enough considering its power.

In fact, there is another way to improve the endurance of the attack, which is to extract energy from the microscopic quantum world, but this operation is not feasible for humans at present, or for all level six civilizations, because it may have another name: vacuum zero-point energy.

As for where the objects that were smashed into the microscopic world went, humans don't know either. They only know that the planet that was smashed into the microscopic world is like a stone thrown into the sea, without any ripples.

(End of this chapter)