Start a Subspace

Zhang Ran's expression eased a little.

If there is no good news, people will go crazy.

Deep in the core of the silicon-based universe, the robot found some crystal-like spherical objects.

The volume is not too big, the big one is as high as a 20-story building, and the small one is only the size of a fist, totaling as much as 1,600 yuan.

These crystals are still emitting a slight light and heat.

These crystals are more obvious things besides the nano-clusters. It may be that there happened to be a hydrogen bomb that hit this crystal and blew it apart.

There are already some crystals that have been taken out by us.

Scott added: Jelly has a very high interest in these crystals. It wants to eat these crystals, but we stop it.

Oh? It's rare for jelly to eat something. Zhang Ran felt a little funny, and asked, Is this crystal a biological factory for producing nano-clusters?

It shouldn't be. It may be the energy supply material of the nano-cluster. It is not a biological factory.

No matter how powerful the Devourer is, it needs energy, and it is impossible to violate the laws of physics. Scott said, After preliminary research, we found that it is an ultra-high-strength energy storage substance.

It is composed of some strange particles and hydrogen atoms, which can store massive amounts of energy. The energy density is similar to that of nuclear fusion, or even higher.

Just this fist-sized crystal may store the production energy of our three nuclear fusion power plants in the entire Kunlun Mountains for a day.

Zhang Ran's pupils dilated slightly, and it took him a long time to realize: What... so strong?

The current scale of nuclear fusion power plants is very large, and only ultra-large-scale power generation can achieve low cost.

A nuclear fusion power plant is equivalent to a Three Gorges Hydropower Station!

The energy generated by 3 nuclear fusion power plants in a day is not covered, and it is no different from astronomical figures.

But these energy can be stored in a small crystal!

Zhang Ran is not the kind of person who doesn't know how to study. On the contrary, he has been studying with trepidation all these years. Although it is impossible to compare with an all-round scientist like Lin Qiuyue, the value of many things has already been understood.

Energy storage equipment... This news is really shocking to the point of exaggeration. Compared with lithium batteries, this kind of high-dimensional silicon crystal is like the difference between the sun and fireflies!

Thinking of this, Zhang Ran's mood became hot, and an inexplicable pleasure brewed in his heart.

He jokingly said: Hey, this loot alone, this small silicon-based universe is worth those wasted hydrogen bombs. Mr. Scott, have you calculated how much this thing is worth? It is based on industrial GDP. Calculate.

Scott laughed and said: Priceless, it is really a priceless treasure! It really needs to be converted into lithium batteries, er, it is probably equivalent to 20 years of industrial GDP. Haha!

You think, a fist-sized crystal can store the energy consumed by all of us for a day. We have a total of 1,600 crystals, and one of them is 16 stories high. How much energy can it store...

We call this substance a high-dimensional silicon crystal!

It can exist in high-dimensional space for a short time, and the way it stores energy is unknown to us. Of course, it will disintegrate at a temperature of 1 million degrees Celsius, and it will also generate huge amounts of energy in an instant.

Looking at the crystal in the glass cabinet, Zhang Ran was eager to try: Can I touch it?

Professor Scott smiled lightly: You can try, but...it has a mass of 720.8 kilograms. Even the lady next to you can't handle it.

This crystal is round, and it is different from normal matter. If it is not a spherical structure, it will explode directly and split into a large number of spherical shapes.

Its hardness is very high, even higher than the theoretical upper limit of carbon acetylene sulfide.

Under certain magnetic field conditions, it will emit energy in the form of light, so it feels a little warm to the touch.

In addition, it can be charged by high voltage electricity.

Hmm... try to create a high-dimensional silicon crystal?

Zhang Ran tried to use the energy of creation to create this high-dimensional silicon crystal, but obviously he failed.

He said excitedly again: ...Is it because a certain hydrogen bomb hit the high-dimensional silicon crystal, and the super explosion it produced completely killed all the nano-clusters?

Yes, the high-dimensional silicon crystal is originally very big, comparable to a 20-story high-rise building. It occupies the center of the small universe. When it is hit by a hydrogen bomb, it has a super explosion. Otherwise, our hydrogen bomb is not enough to fill the entire small universe. The Photon's Level

Scott laughed and said: During the first phase of the ground war, it should also be the laser emitted by this spar that hit our satellite.

We can also use this high-dimensional silicon crystal to manufacture very powerful laser weapons. The crystal can be charged and discharged, and can be recycled. Oh, yes, it is possible to manufacture a small laser rifle.

This fact made Zhang Ran happy, but at the same time he became a little anxious. After all... there are more and more black technologies.

Small laser rifle? It's an excellent Star Wars weapon.

Humans don't know how it works at all.

These are small trophies taken from the enemy.

And how many high-dimensional silicon crystals does the enemy have? How strong is the enemy?

Where did silicon-based life emerge?

These are important questions that have no answers...

...

So on the next day, Zhang Ran held an internal scientific meeting to discuss the next development plan.

The venue was filled with scientists, researchers, technicians, and some representatives of the military. Everyone was discussing in whispers, the atmosphere was warm, and new loot appeared, making everyone feel happy.

And the value of this trophy...is a bit big.

As a demonstration, a high-dimensional silicon crystal the size of a fist was placed on the stage.

When Zhang Ran saw that everyone was here, he went up to the stage without hesitation and said, The trophies in the silicon-based universe have been sorted out. In addition to more than 500 billion tons of nano-cluster corpses, we also found high-dimensional silicon crystals.

Well, this may be the first time you have heard of this term, high-dimensional silicon crystal, this spherical ball on the stage. Yes, it can only be spherical, almost perfect spherical. Only when it is enlarged to At the atomic level, it is found that the surface is a layer of evenly distributed hydrogen atoms.

Its current principle is unknown, but what is certain is that it is a stable existence without a huge collision and the temperature does not exceed one million degrees.

Its function is to store energy, a very large amount of energy, and release energy in the form of light radiation. Different magnetic field environments, it will emit different light radiation.

In addition, it is the only war weapon that can be projected over a long distance in the high-dimensional universe. The high-energy silicon crystal decomposes at a speed of several hours in the high-dimensional universe, and it will explode after hitting the target.

It is still a very good energy storage battery, and everyone knows the importance of batteries.

Next, we invite Professor Scott to speak on stage...

Two hours later, the results of the discussion were sufficient: 40% of the high-dimensional silicon crystals are used in the military to make laser weapons.

Now there are only more than 2,000 hydrogen bombs left in people's reserves, and Guo Weiqiang suffers from the fear of insufficient firepower. If there is a high-energy laser instead... it's like changing a shotgun to a cannon all of a sudden.

Lieutenant Colonel Guo Weiqiang was overjoyed and kept laughing, Engineer Fang, how long will it take to manufacture this super laser?

The engineer frowned: Old Guo, take it easy, the laser emitted by the high-dimensional silicon crystal is very strong, but once this thing is hit by the enemy, it will explode with a high intensity. The scale of this explosion can blow up all at once. Drop the level of the Eastern Rock.

I know, I know. So these war equipment will be placed in the No. 2 small universe. Guo Weiqiang chuckled, Through the warping point of the small universe, it is okay to shoot laser light, right?

20% of high-dimensional silicon crystals are used for scientific research, and 20% are used for various energy storage devices.

The last third is temporarily used as a strategic reserve.

Oh, by the way, the last five small pieces, high-dimensional silicon crystals the size of soybeans, were used to raise jelly.

Now Zero has fallen into a coma, so he can only let the second mother Sakurai to raise it. However, Sakurai's intimacy is still not as good as zero.

Food Domestication Law may be a good solution.

In this way, the high-dimensional silicon crystals will be divided up cleanly.

In fact, the second half of this meeting was devoted to discussing the current resource issues.

Obtaining the heritage of the Sibadi civilization, developing so many technologies at the same time can almost be said to be a leap in all directions, whether it is physics, chemistry, medicine, computers, semiconductors, machinery manufacturing, etc., all are advancing with the times !

Every month, earth-shaking changes are taking place!

Human beings want to quickly climb 100 years, even with the support of creation energy, the resources needed are still massive.

More and more elements are being depleted in the inventory. Elements such as lithium and rhenium have long been used up, and rare earth elements such as scandium, yttrium, lanthanum, cerium, and neodymium are almost exhausted.

The huge amount of resources invested by Zhang Ran can last for about three years...

This is not a long-term solution. If you want to enter the intelligent era brought about by the fifth industrial revolution, you cannot do without more robots and more smart devices.

Therefore, human beings have to find more resources, which involves another major task, to find new three-dimensional fragments!

No matter how dangerous the high-dimensional universe is, human beings must take risks.

...

...

Dongfang Panshi, a gravitational wave telescope observatory.

There are a total of more than 20 observation rooms here. In order to commemorate the former astronomers, each observation room has its own name, such as Zhang Heng Observation Room, Galileo Observation Room, Hubble Observation Room and so on.

More than 20 laboratories with the high-dimensional universe laboratory as the core work in various observation rooms.

There are many excellent doctoral students from universities who will come here for an internship for a period of time. Whether it is in the Department of Mathematics, Physics, Astronomy, etc., they can find their ideal jobs.

The Gravitational Wave Observatory is like a training base for cutting-edge scientific talents.

Everyone, ahead is our latest gravitational wave telescope.

Compared with human beings, this behemoth is like a hill. The diameter of the super-large disk like a radar alone is as much as 500 meters. There is an acceleration pipe under the disk, and there is also a strange equipment like a box. The equipment added up has a full 1.342 million tons.

Because the Sibadi people put all the corresponding drawings in the database, and human beings have thoroughly understood the principles and used the energy of creation to build so quickly.

Professor Huo Dong from the High-Dimensional Laboratory pressed this button, Hello everyone, the use of gravitational wave telescopes is very complicated and requires a lot of mathematical operations. This is the main reason why we welcome students from the Department of Mathematics .”

Everyone studies mathematics, not just for finance... Oh, we don't seem to have a stock market now.

Lao Huo has a bad temper, but he is very kind and humorous when facing outstanding students.

As a famous great scientist, there is always a little personal cultivation in it.

It has a total of multi-dimensional perspectives. How many dimensions are there in the high-dimensional universe has not been figured out yet, so our telescopes only have three-dimensional, four-dimensional, and five-dimensional perspectives.

Higher dimensions are still in a state of ambiguity.

Currently we are focusing on exploring the four-dimensional perspective.

When the high-dimensional universe really appears in front of people's eyes...

All the interns widened their eyes and saw large groups of bubble-like structures gathered together like galaxies.

It feels amazing!

Since human screens are only 2D, there is no way to show the complete appearance of the high-dimensional universe, and many things are folded together.

These bubble-like structures are different sources of gravity.

Professor Huo was very proud, and looked at the screen in the same way: Some gravitational sources are dark matter clusters. What exactly is dark matter remains to be studied.

There are also some gravitational sources composed of three-dimensional fragments or small universes. These distorted spaces will interfere with the changes of gravitons and be observed by us.

Our current gravitational wave telescope can detect three-dimensional debris of about 2 light-years nearby. It can't do anything further away, unless it is some matter with super gravitational force.

For example... that black spot is about 191 million light-years away. We have no idea what it is, but we have observed its existence.

There is also that strange bubble-like structure. We have reason to suspect that it is a large group of parallel universes, a large number of parallel universe clusters produced by the same cosmic inflation. It is about 1.18 billion light-years away from us.

Of course, everyone remembers that we can only find three-dimensional fragments within 2 light-years, and we can't do anything if they are too far away.

Is the observation range of 2 light years... not too small. Lin Qiuyue, who was standing next to Zhang Ran, also showed a thoughtful expression, But our spacecraft, calculated at 500 kilometers per second, can fly for one Light years, maybe six hundred years.

The speed of our spacecraft seems a bit unacceptable.

I have to admit, this is indeed the case. Professor Huo is explaining various indicators on the screen, Unless we can crack the curvature principle and achieve super-light speed movement. Otherwise, the spacecraft will really not be able to move faster in a while. Void Amoeba , the original top speed was only 500 kilometers per second...

Zhang Ran asked curiously: Is there any place nearby that we can go to? We can't always stay in the high-dimensional universe.

We're developing that silicon-based universe at 40 times the cost, and there's really no way around it.

For scientists in the high-dimensional laboratory, this big toy still has a lot to dig.

Professor Huo pointed to one of the bubble-like structures: Look at this parameter, which is equivalent to distance. This parameter is equivalent to the flow rate of the high-dimensional universe. Yes, the high-dimensional universe itself is also expanding. Go to the same direction as the expansion , get twice the result with half the effort, in the opposite direction, get twice the result with half the effort.”

The nearest three-dimensional debris is about 1 billion kilometers away, and it takes 556 hours to reach it, which is about 23 days.

There are about 6,000 suspicious gravitational sources in 100 billion kilometers. In fact, there are quite a few.

...

(I will update here today! I wish you all a happy new year!)