How the Zergs were Made Chapter 668 - 669 4th dimensional

Chapter 668: Chapter 669 4th dinsional

According to the ideas of the collectors, the giant structure first simulates an absolute cube in three-dinsional spaceti, and then begins to import high-dinsional conversion.

Subsequently, this absolute cube is converted into tens of thousands of 'points', and these countless points make up this absolute cube, each of which is a coordinate.

In the collector's idea, through the high-dinsional conversion of the value of each coordinate point, three-dinsional objects in high-dinsional space-ti can finally be obtained.

When the high-dinsional conversion formula is introduced, the collectors see an absolute cube spread out like a pool of solution, and a plane slowly unfolds. On this plane, you can see the four angles, twelve edges, six faces, and the interior and exterior of the absolute cube in three-dinsional space-ti, which looks like a kaleidoscope.

"It has beco a plane."

Although collectors can basically guess that three-dinsional objects will shrink to low dinsions according to the formula, they are not so rich in imagination that they can imagine what the three-dinsional cube looks like after low-dinsional fatigue before the celesmary structure is simulated.

I have to say that a three-dinsional cube of becoming a plane is very gorgeous, like a blooming petal. If it is seen by female humans or female Selin people on the earth, you must be intoxicated with it.

"This is the conversion of the fourth dinsion. You can see all the three-dinsional objects in the fourth dinsion, just like looking at the two-dinsional plane in three dinsions."

Because it is only a tentative simulation, the collectors do not intend to simulate too high dinsions, but only let the giant structure of the sky to be calculated to the fourth dinsion. From this fourth dinsion perspective, the three-dinsional object is a plane without thickness.

"But in fact, it is impossible to have pure low-dinsional objects. Like Zeshu, they are only limited to low-dinsional objects. The body is no different from our 'high-dinsional', and they also have high-dinsional attributes."

"This is also why this simulated cube presents a flat state on high-dinsional, because we did not add high-dinsional attributes when we simulated. Such a lack results in such a plane. A stable object must have both high-dinsional attributes and low-dinsional attributes, but from different perspectives. It looks different."

As long as there are objects in three-dinsional spaceti, there must be three dinsion attributes of 'length, width and height'. Zeshu is the most obvious example. Zeshu's cognitive world is limited to one dinsion and recognizes two dinsions through the side, but the real spaceti is three-dinsional, and they will not lose the third dinsion of physics because their cognition does not reach three-dinsional. Attributes, but they have never noticed.

Therefore, assuming that there is a higher dinsion than three dinsions in the universe, the collectors must have high-dinsional attributes, but they have not noticed it in the past.

"But the question is, what is the 'height' that represents the plane of the positive cube?"

The topic is back on track, and the collectors have focused their attention on a three-dinsional cube of a plane after they focused on the low-dinsional fatigue.

They now need to find the 'height' of this cube in high dinsions. As long as they complete this, they can also complete the discovery of the fourth dinsion.

The collectors discussed for a while and finally made a decision.

"Let the universe tell us what this 'height' is, create an equivalent entity cube from hydrogen atoms, each hydrogen nucleus corresponds to a coordinate point, so that it is 100% corresponds to the simulated cube, and then import other physical paraters of the entity cube to the current simulation plane, so that the height should be known. ."

Through the comparison of physical and physical models, and then importing physical data based on physical objects into the simulated physical model, new discoveries may be made.

Collectors dare not guarantee that they will find sothing, because failure is not once or twice. Scientific exploration is already trying and collecting data to find the way to the 'right'.

At the current industrial technology level of the collectors, it is not impossible to create a physical cube corresponding to the cube in the physical model.

Through the pressure and huge structure,

By making a piece of proton crystal lattice, and then combining it with strong pressure, you can get a cube composed of hydrogen nuclei. Each hydrogen nucleus in the cube corresponds to each coordinate point in the physical model, collects the physical properties of each hydrogen nucleus, and imports it into the coordinate point, and a series of physical models can be obtained."Importing different tensor will get different results. If it is the carrying temperature of each hydrogen nucleus, it will beco like this..."

There are many 'mountains' on the plane, and the giant structure replaces 'heat' as a scale into the physical model, resulting in such a change. In this physical model, 'heat' is the height.

Soon, the collectors replaced a new physical model, which was very different from the previous 'peak'. It was a column composed of a large number of small columns.

This is a huge structure that brings the amount of ti into the physical model, because the ti change of each hydrogen nucleus is the sa, and there is no difference between so over ti, all hydrogen nuclei extend into thin columns.

"If it is changed to ti, it will be like this..."

The collectors replaced the physical models one by one, but they still couldn't find the one they wanted.

After a period of ti, so collectors felt that there was also a problem with such research ideas.

"I still feel that my thinking is not right."

"High dinsions just look at the universe from a different perspective. At first, what it was like, the cube beca a plane, but that is not a change in the cube, but a change in spaceti, and the cube is still the cube."

Back to the starting point again, the collectors rethink their minds and prepare to reconsider.

Inadvertently, an individual in the cluster suddenly ca to light.

"That's right, ti and space... Huh? Ti and space are changing?

"What's the matter?"

"According to what I said, build a gravitational model of the cube."

The individual did not explain, but asked the giant to build a physical model according to the conditions it gave.

Although the purpose of the individual's request was not understood, the huge structure of Tianji was simulated.

Soon, a new physical model was presented in the collector's channel. This is a 'peak', and the height of the peak is the gravitational strength of the three-dinsional cube.

"This is what we are looking for. Three-dinsional space-ti becos a plane, and the matter that exists in it becos a plane, but it carries mass and makes the space bend to form a gravitational depression, which is the 'high'."

"How to prove that this is the high-dinsional we are looking for?"

"Materials tell space-ti how to bend, and space-ti tells matter how to move."