Voyage of the Stars.

Chapter 771 Array Array
It is naturally impossible for the two civilizations to cross the barrier and learn about the current situation of the dynamic picture civilization, and the situation inside the small universe also forces the two civilizations to face it together.

At least there will be no conflict between the two sides until they find a way out and the property left by the pioneers.

Humans do not want conflict, and so does the Orange Star civilization. So after some discussion, both sides tacitly agreed to explore each other's microcosm.

The diameter of the microcosm is one thousand light years, and the two civilizations decided to explore half of it each, and agreed that if they found a way out of the area they explored, they would notify the other party. As for the things left by the pioneers, if they are still there, they will belong to whoever found it first.

This assumption assumes that the dynamic picture civilization did not obtain the inheritance. Humans think that the dynamic picture civilization most likely did not obtain it and probably did not even come in. But this obviously cannot be said to the Orange Star Civilization, so let the misunderstanding continue.

As for the fact that the Orange Star Civilization was once nominally a member of the Star Alliance, neither side mentioned it at all. In this case, if humans don't consider it, it is estimated that the Orange Star Civilization will not consider it either.

In the current situation, regardless of whether it is the Star Alliance or not, it is already good enough if there is no war.

After some discussions, the two civilizations set up a communication relay on the spot as agreed, and then turned back to the agreed area to continue exploring.

The microuniverse is also a universe. As a three-dimensional four-dimensional space-time body, it has no so-called absolute center just like the big universe. Therefore, there is no rush to explore the so-called central area of ​​the microuniverse.

So, while the dynamic picture civilization (Gurgi civilization) was still struggling to break through the third-generation warp technology, human civilization and Orange Star civilization were already actively exploring the small universe, looking for treasures and a way out.

Because of the precedent of the unknown fourth-level civilization, both civilizations tried their best to explore. After all, if they couldn't find it, they would die.

From this perspective, it is actually an opportunity for the dynamic picture civilizations that have not yet entered the microcosm, because those that are advanced to the microcosm may not be able to find it, and their fate may be the same.

In this way, time slowly passes in the process of exploring the microcosm.

One year, two years, three years. Thirty years.
The human fleet did not take large-scale action. Instead, it went out to explore in the form of small fleets or even single ships, exploring in all directions and recording the characteristics of each large diamond crystal. Even if they all looked the same, they were recorded, including the spectral characteristics of the red dwarf stars in the large diamond crystals.

Of course, there are also analytical data on the different frequencies, wavelengths, regional distributions, and other aspects of various monochromatic lights. Each piece of data is extremely valuable because they may all be data that can save two civilizations.

After basically exploring all the star fields, the two civilizations began to exchange data as agreed.

Yes, it was an exchange of data between the small universe areas that each side had explored, because after almost completing their respective explorations, neither side had found the Pioneer legacy.

Both parties realized the seriousness of the problem, so they contacted each other tacitly and exchanged data silently. In the process of data exchange, they did not do anything tricky to give the other party wrong data.

Because as far as the human side is concerned, Yue Yuan thinks there is no need to play tricks on this matter, which would make it look petty. Moreover, even after obtaining their respective data, even if the Orange Star Civilization analyzes the secret before humans, humans will not just leave it alone.

If that were the case, there would be no morality. The entire fleet of the Orange Star Civilization came in, and their numbers were indeed greater than those of humans, but humans had a trump card and did not care about the difference in numbers at all. If a fight really came to a head, it would only be a one-fold difference in numbers, no big deal.

Speaking of it, since humans set foot on the starry sky, it seems that every war is fought with the minority against the majority, and they have long been accustomed to it.

After the two parties completed the data exchange, humans used the previous methods to analyze the big data in an attempt to find hidden secrets.

This analysis actually allowed humans to discover some clues.

That is, the arrangement array of those large diamond-shaped crystals is indeed regular. Humans use the difference in light intensity of the stars they block as comparison data, and then find that there seems to be some kind of regularity in the spacing and intensity range between them.

After some comparison, humans keenly discovered that these data formed a long array, and this data array was the famous Fibonacci sequence.

This number sequence is also called the golden ratio sequence.

So what is the use of finding that diamond-shaped crystals that encapsulate different intensities of starlight conform to this sequence?
Of course it works. First of all, humans immediately thought of connecting the diamond crystals at the nodes of these number series, and then used computer simulation to draw a spiral diagram. Each Fibonacci number in this series is the sum of the previous two. Such a subtle combination is like the stars in the night sky, interweaving to form a magnificent path.

Similarly, Fibonacci numbers are everywhere in nature. Like a hidden magician of nature, they paint amazing patterns on seemingly ordinary canvases.

Its graceful figure can be found in the growth process of plant leaves, flowers and trunks, in various snail shells, parrot feathers, the petal structure of sunflowers, the number of pineapple petals and the number of branches of trees. It is like a silent poet, telling the miracle of life in its own unique language.

It is magical, but what humans cannot understand is that among the things related to the Fibonacci sequence, the so-called nature known to humans is the nature of the earth, so how come such a regular arrangement also appears here?

Could it be that the planet where the pioneers grew up also had animals and plants that behaved in such regular patterns, and then they discovered and recorded them, and used them as a series to marvel at the magic of nature and the charm of mathematics?

If this is the case, then this pattern should be easy to find, just like humans today. We only need to obtain all the data and then find it through comparative analysis. But why was the fourth-level civilization trapped here?
Could it be that the planetary environment where the Level 4 civilization grew up did not show the plants and animals with this number sequence? Or did they not discover this magical number sequence at all?

This is very abnormal. How could a Level 4 civilization with such achievements in mathematics not even discover the Fibonacci number? This sequence is not only a classic mathematical problem, it has applications in many natural phenomena and is also an important tool in computer science.

Such as the shortest path problem, matrix chain multiplication, and permutation and combination problems.

At the same time, it is also closely related to the golden ratio. No matter how you look at it, it is impossible for a fourth-level civilization to not possess such a mathematical achievement.

So why is that unknown civilization trapped here? Is it possible that they can't find anything left behind by the pioneers even if they follow the guidance of this number matrix?

(End of this chapter)