Voyage of the Stars.

Chapter 1036 The Music of the Universe

Humankind has confidence and ambition, but now is not the time to be unrealistic. Although it is somewhat different from expectations, everyone still accepted the results of the experiment and worked hard to solve the series of problems it brought, striving to turn it into a distinctive means of attack for human civilization.

Especially those scholars who focus on military industry, after learning the details of these technologies, they no longer look down on them as before.

Because this technology seems harmless, but in fact it is a powerful weapon. It depends on how many applications humans can find in future research.

For example, can this technology that integrates the macroscopic into the microscopic swallow up planets and warships? After swallowing them, where will they be teleported to? In the microscopic quantum world, what will happen to the swallowed macroscopic objects?
Will it be directly affected by the microscopic high-dimensional physical rules and disintegrate into a part of the microscopic world, or will it maintain its original form but be forever lost in the vast microscopic quantum world, or will there be a way to return to the macroscopic world.

All of these things require humans to explore and understand, and then they will know how to use this technology correctly.

Furthermore, humans must ensure that the warship that launches such an attack will not trap themselves in, or that after entering, they can find their way back to the macroscopic world.

After all, human scientists have confirmed that this is a range-based strike method. When a type of string combination is plucked in the microscopic high-dimensional space, its effect will be mapped to the macroscopic three-dimensional space. The relationship between the effect and the range is that the greater the input energy, the wider the range.

In the exploration experiment, human scientists calculated based on the data obtained that with the normal energy supply of a level VI civilization, it would not be a problem to destroy a star system with one shot.

It's just that human scientists have just discovered this phenomenon, and more experimental data is needed to determine the input energy, the type of string plucking, the range of strikes, the macroscopic spatial position mapped by the strikes, and other information. All of these require humans to observe the microscopic high-dimensional structure for many years and also require a large amount of experimental data support.

In any case, humans at least have their own unique technological means of attack.

As for the movement method of electronic warships and neutron battle stars, the idea of ​​the human characteristic technology research group is to explore along the route of microscopic high-dimensionality and then find some related short-distance movement method. They think that perhaps they can start with the method of entering and exiting the microscopic high-dimensionality, study and find a method, and then recognize the road in the microscopic high-dimensional structure. The human flagship may be able to achieve a movement method based on characteristic technology by entering and exiting the microscopic quantum world.

Of course, this requires humans to first ensure that macroscopic things can remain the same after entering the microscopic world.

This is difficult, as human scientists both want to keep it as it is and want it to fall apart. The former means that there is hope for the unique technological mobility method, and the latter means that this special human attack method is extremely powerful.

If we want to know whether an object remains intact after being swallowed by the quantum world, we need to find out where the swallowed experimental body has gone. If we can find it, it means that humans have mastered the information exchange technology with the quantum world. Having information exchange technology is the basis for returning to the macroscopic world.

All these technologies are closely linked to each other.

However, special technology is not like other scientific and technological advances. It can only be achieved through human efforts. Even if the divine civilization wants to help, it has no idea where to start.

There are no shortcuts in scientific research, and humans can only experiment again and again.

As the number of experiments increases, human civilization becomes more and more experienced in manipulating cosmic strings, from being sometimes effective and sometimes not to achieving the experimental expectations every time it is manipulated, and then to being able to act in a directed manner on a macroscopic space.

As a result, more and more data accumulated. With the support of the resources of the Shenju civilization, human experiments also started with small objects and became larger and larger, such as a meteorite and a planet.

Without exception, these experimental subjects were swallowed up into the microscopic quantum world, but human scientists have also discovered that the larger the object, the more difficult it is to shake. The microscopic structure that needs to appear in the macroscopic space must also be large enough, which means that the attack range must be large enough.

But it cannot swallow everything, including extreme celestial bodies like black holes. This does not require specific experiments, as theories and data have already told us this.

Humanity has been working on this since the discovery of the quantum exile phenomenon.

With the help of the great power of science and technology, human civilization as a whole is like a musician, playing pieces of cosmic music alone.

Only humans can see the elegant vibrations of the strings, and only human civilization can understand the musical scores. Other civilizations can only hear the music produced by the vibrations of the strings when they are plucked.

This metaphor is very vivid.

Behind string theory is a simple physics description, and its foundation is music.

According to string theory, if you have a super microscope, like humans have today, you can use it to peek into the center of a particle. What you see will not be a point-like particle, but a vibrating string.

The string is extremely tiny, only 10^-33 centimeters, or one Planck length, or one billionth the size of a proton.

If there is a civilization that can pluck this string, its vibration will change. If this vibration originally represented an electron, then after changing the vibration mode, it might become a neutrino. If it is plucked again, it might become a quark.

In theory, if you pluck it with the right force, it will turn into any known subatomic particle. This theory allows string theory to effortlessly explain why there are so many subatomic particles.

But for humans or all current level 6 civilizations, that is only theoretical. Because in order to achieve such an effect, the first priority is to have enough energy, and secondly, to understand the string vibration form corresponding to each microscopic particle and know all its data.

Such experiments allow humans to once again appreciate the beauty of the universe.

String theory can not only explain the particles in quantum theory as the notes of the universe, it can also explain relativity. That is the lowest vibration of the string. The massless particle with spin 2 can be explained as a graviton, which is the particle or quantum of gravity.

The fact that it can be explained in this way means that it is correct to some extent. Different explanations are equivalent to scientific and technological civilization looking at the same cosmic truth from different perspectives.

Human scientists have calculated gravitational interactions and found that strings are a quantum expression of Einstein's old theory of gravity. They have also obtained some mathematical solutions that tell us that as strings move, disassemble and reassemble, they will exert a huge constraint on space and time.

(End of this chapter)