"In fact, the birth of our universe is likely to be a process of topological defects. In a perfect morphological space without defects, it is likely that the universe where life cannot be born, and even mass may not be born. A great physicist in the twentieth century discovered that only when there are symmetry defects can bosons obtain mass."

Then I gave an analogy:

"For example, mass, in a perfect and unflawed position space, when the mass increases to a positive number of 1, it will increase at the same time as -1 (a negative number), and one plus and one subtraction, which is 0, and nothing is left. Because energy and mass are integrated, life is good, and everything has no mass, which is equivalent to not exist and cannot operate.

But if there is a breakdown in this morphological space, then when the mass increases to a positive number of 1, the relative negative mass produced may be 0.5, and then there will be a positive mass of 0.5. When we increase the mass to a positive number of 1,000, the negative mass is only 500. If we continue to zoom in, we can get enough (or even as much as we want) positive mass to maintain the existence of countless galaxies, planets and life. This is what it means to create an infinite universe with an ounce of cake;

Or maybe the negative mass produced by the breakdown will not eliminate the positive mass, but will form a negative mass universe on the other side of the shaped space, so the universe with only positive mass can also operate normally! Of course, the above are just metaphors, which are easy to understand, and in fact, it may be far from reality."

After hearing this, a Chaobing responded with a headache:

"Even so, it is a bit difficult to understand, and we can only understand the meaning subtly. The meaning of moment means perfect body space, and the universe and life will not be born. Only because of the existence of topological defects and the existence of topological defects can all kinds of universes and life be born? So topological defects can also be called the egg of the universe?"

"It can be said that. Well, that's right. There are all kinds of defects, but in our universe, if the defect is directly exposed to reality, it will destroy the physical laws of our universe. In order to prevent the physical laws from being destroyed, there will be a horizon that envelops it, which is the hypothesis of the universe monitoring."

A general black hole refers to the singularity at the center, and the horizon formed by the space-time interface caused by the singularity.

But in fact, this explanation is too illusory. People clearly know that a singularity with infinite mass and infinite density will indeed form at the end of life of massive stars; but the so-called event horizon generated by space-time distortion is too illusory. To explain this, a physicist assumes that whenever such an event occurs, the universe will spontaneously give birth to a singularity wrapped around it.

However, once the vision encompasses a singularity at the same time, because it can no longer be observed, people will not know whether it is a singularity or a beautiful girl in the vision.

Ian continued:

"As long as there is an event horizon, it must be a topological defect, and there is no need to care whether this horizon is wrapped in a small singularity or something else. Just capture this thing that can be called a black hole."

In large-mass self-heating celestial bodies like Jupiter, many examples of small black holes (which may evaporate at any time) have been found. Because they are safer and closer than stars, they are eventually selected as targets.

As for GN particles, it was found in previous studies at the density of primary three furnaces that GN particles are likely to be a form of space-time. The light particles rising from vacuum will change in topological defects, and it is even more like the shadows dragged in the positional space and left behind.

Just as I thought of this, when I was not here to continue to explain, the surface of Jupiter monitored in the large screen emitted a dazzling red light, and a violent reaction was used to identify the appearance of topological defect points.

The personnel on the observation station also immediately appeared on the screen and began to talk about the situation in detail.

"Go ahead."

He simply stopped the topic in an instant and hurried to Gnaku.

Compared to those who used tools a hundred and thirty years ago, people now have a stronger and safer tool called—
Chapter completed!