Hand rubbing nuclear fusion live in the wilderness

Chapter 467 The Coming Virtual Helmet

In the CNC factory, after Han Won explained the 'time-domain matter-wave lens system', he began the manufacture of three-stage mirrors and fine steering mirrors.

The manufacture of the mirror surface and related parts can be handed over to the CNC equipment and ultra-precision polishing equipment in the CNC factory, but the subsequent cooling system still requires him to write the corresponding program manually.

In particular, the design and manufacture of liquid helium refrigeration requires him to write corresponding parameters based on the size, shape, and temperature control of the mirror.

First of all, Won has to ensure the stability of the temperature of the liquid helium refrigeration.

To put it simply, it is necessary to ensure that when liquid helium refrigeration acts on the three-stage reflector and the fine steering mirror, the temperature at any place on the surface is the same.

This precision must reach the level of square millimeters, otherwise problems such as wrinkles and twists on the mirror surface may occur due to uneven heating.

Once there is a problem, the received light and light image will no longer be accurate.

This is a very difficult problem, not only to control the pipeline so that the liquid helium is evenly distributed in every place on the back of the mirror, but also to absorb heat and vaporize when the liquid helium flows in the mirror, resulting in different temperatures in the area .

Therefore, how to accurately control the low temperature in each area requires Won's careful thinking and design.

If liquid helium refrigeration requires him to think about the design based on various parameters and data, then the manufacture of the 'time domain matter wave lens system' is also a lot of trouble.

Especially for space telescopes.

The 'time-domain matter-wave lensing system' is achieved by "tuning" the particles in the 'Bose-Einstein condensate' gas to lower the temperature.

But where does the 'Bose-Einstein condensate' gas come from in space?
Therefore, Won not only needs to prepare the 'Bose-Einstein condensate' gas, but also needs to prepare an airtight container to wrap the mirror part of the tertiary reflector and the fine steering mirror to prevent the 'Bose-Einstein' used for refrigeration. Einstein condensate' gas spills into space.

In addition, the light transmittance of this container is quite high.

If the light transmittance of ordinary glass windows in your home is '1', then the light transmittance of the glass used on this container needs to reach '100'.

Especially for the light transmittance of infrared light, after all, the beryllium-iridium alloy mirror reflects infrared light.

Fortunately, such a mirror surface still exists in the application knowledge information in his mind, and the manufacturing process can also be handed over to CNC equipment without special design.

Of course, such materials are not in the primary optical application knowledge information, but won from the intermediate material knowledge information.

Although there is only one level difference between elementary and intermediate, the things contained in it can be said to be very different.

Not only materials with extremely high light transmittance, but also the manufacturing method of 'Bose-Einstein condensate' gas is found in the intermediate material knowledge information.

It took more than two days to complete the design of the liquid helium refrigeration pipeline according to the mirror shape and various parameters of the three-stage reflector and the fine steering mirror, and input the data into the central computer.

He didn't care about the rest. The intelligent core in the central computer can control the equipment in the CNC factory to automatically complete the processing of the liquid helium refrigeration system.

After completing the graphic writing of the data of the liquid helium refrigeration system, Han Yuan found some time to return to reality.

The transfer of the brain wave signal reader's database is about to be completed, and this time when he returns, he can almost transfer the rest.

Of course, what he transferred was only the database. He didn’t transfer any of the code written by the National Neuromodulation Collaborative Innovation Alliance. Instead, he re-wrote it in the simulation space after reading it, and it had already been completed.

Now we only need to wait for this time to go back and transfer all the brain wave information databases, and the brain wave signal reader can be used in the simulation space.

With the brain wave signal reader, he can relax a lot in the following work.

Just like the manufacture of materials with extremely high light transmittance and the preparation of 'Bose-Einstein condensed matter' gas, the relevant manufacturing data can be derived from the brain through the brain wave signal reader .

The exported data only needs to be checked again by him, and after confirming that there is no problem, it can be directly handed over to the central computer for use.

After all, the knowledge information provided by the system is much more complete than the various information and data written by himself.

In many cases, in order to save trouble and a little time, the data or drawings compiled based on knowledge information actually saved a lot of things.

And those derived directly from the knowledge information will not omit these.

After the complete transfer of the brain wave information database from reality to the simulation space, the software preparation work required by the brain wave signal reader has been completed.

As for the hardware, needless to say.

He was able to complete the manufacturing with such a simple tool in the real world before, not to mention the complete CNC factory in the simulation space.

Soon, South Korea won the processing of copper alloy and brain wave signal reader hardware with the help of equipment in alloy smelters and numerical control factories.

Compared with using a motorcycle helmet as hardware for the first time, Won can use more materials in the simulation space.

Soft polyester material, noise-insulating filling material, titanium alloy drop-resistant shell.
Won has piled up all the materials that can be thought of and can optimize the performance of the brain wave signal reader.

The resulting helmet is not only performance, but also far superior to the real one in terms of wearing comfort.

Now just need to complete the final debugging, he can use it.

But this is not difficult for him who already has a complete debugging experience.

It took two days for Won to complete the debugging of the brain wave signal reader, and the process was quite smooth.

And the newly manufactured brain wave signal reader, combined with his own rewritten translation program, can directly translate the brain wave signal into the text and pictures he needs at one time.

There is no need to translate into hexadecimal code first, and then translate again.

After successfully completing the manufacturing of the brain wave signal reader, the Korean won was used directly.

He guided the preparation process of materials with high light transmittance and 'Bose-Einstein condensate' gas through the brain wave signal reader that night.

After briefly checking the exported data, Han Yuan deleted some introductory nonsense, and then packaged the data and handed it over to the core intelligence in the central computer.

Under the control of the core intelligence, the equipment in the CNC factory, alloy factory and other processing factories are running at full capacity.

In less than ten days, almost all the equipment and parts he needed were manufactured.

The whole process was easier than Won's imagination.

It can be said that during these ten days, he did not do anything. He browsed the various factories every day, checked the processing process of the equipment, and explained what this part is for and how that part is made, and then the time passed. up.

Not to mention doing it yourself, even the meal was cooked and delivered to him by an X-1 industrial robot, and it was almost fed into his mouth.

These days, tears of envy from the audience in the live broadcast room flowed from their mouths.

[Ma Dan, I suddenly found that the anchor's life is so leisurely. 】

[Yeah, during the live broadcast in the past few days, the anchor didn't do anything at all, and wandered around in the base all day long. 】

[More than that, even the rice was cooked and brought over by the robot, and it was just about to be fed into his mouth. 】

【Fuck!A plant!Days like this make me so envious! 】

【Grass!An action!When can I live a life like this! ====]

【Hold!A description!Don't think about it in this life, let's do it in the next life! 】

[Cao!A kind of thief!never go out of style. 】

[Is this the power of technology?Love love love. 】

[The anchor no longer makes things by himself and suddenly he is not used to it. I really miss the days when he made straw sandals. 】

[This is really a step-by-step process, from primitive society to the iron age to the electrical age to the information age to the present. 】

[The last live broadcast can be said to be the information age, or the nuclear energy age, so what about this time?What era is this time? 】

[The era of nuclear fusion! 】

【Infinite Energy Era! 】

[I think it is better to call it Space Age, after all, the main body of this live broadcast is to explore outer space. 】

[Is there no face for my controllable nuclear fusion?Exploring outer space is easier than creating controlled fusion!So it should be the era of nuclear fusion. 】

[However, I remember the anchor said that this live broadcast of controllable nuclear fusion is only incidental, and outer space exploration is the topic. 】

[Yes, I remember this too. 】

[But controllable nuclear fusion is more difficult! 】

The audience in the live broadcast room were discussing and discussing constantly, arguing that if this live broadcast should be named after an era, what should be the better name.

Of course, most of the audience disputed whether it should be named after controllable nuclear fusion technology or outer space exploration.

After all, these two technologies are the most concerned technologies in this live broadcast.

The former is extremely difficult, while the latter was said by Han Yuan himself, and the two sides quarreled over it.

But soon, the blame was shifted to Han Yuan, because the audience in the live broadcast room began to ask him in unison.

Looking at these bullet screens, Han Yuan smiled and said, "Whatever the subject of this live broadcast is called, naturally it is what era it is."

Hearing this, half of the audience in the live broadcast room cheered.

And the other half started to ask various questions in the live broadcast room.

These people tried to use various examples to make Han Yuan think that the name of this live broadcast is more appropriate for the controllable nuclear fusion technology.

Seeing these 'silky' barrages, Han Yuan shook his head and said, "As I said before this live broadcast, outer space exploration is the main theme of this time."

"So this stage of the live broadcast is like "If you want to name it after a certain era, the 'Era of Outer Space Exploration' should be the most appropriate. "

"As for controllable nuclear fusion, although the difficulty of realizing this technology is far higher than that of exploring outer space, strictly speaking, it should be included in the energy application."

"Although it is an iconic technology, one technology alone cannot support the naming of an era."

After thinking for a while, Han Yuan continued: "The most important thing is that the final energy converted into controlled nuclear fusion is electrical energy, which means that although it has a technological breakthrough, the final energy used has not been upgraded."

"In my opinion, if we want to divide an era of civilization, the form of energy it uses is actually the most basic."

"For example, if human civilization is to be divided by the form of energy, there are actually two eras, one is the era of thermal energy, and the other is the era of electrical energy."

"Of course, this division is not precise, it is just a general statement."

After a pause, Han Yuan continued: "Okay, it doesn't make much sense to argue about these things. The naming of the era is just a dispensable thing. The focus is on the exploration of science, which is the most important thing."

After speaking, Won entered the CNC factory.

The hardware of the liquid helium refrigeration system and the 'time-domain matter-wave lens system' has been fully fabricated and is now being assembled.

Walking through the bright factory building, the mechanical arm hanging from the ceiling is continuously transporting the parts produced by the CNC machine tool to the designated position one by one.

At the designated point, there are several mechanical arms that are like octopuses and continuously pick up the parts delivered by other mechanical arms and assemble them together.

Although it was not the first time for the audience in the live broadcast room to see such a scene, they still felt it was a dream.

This kind of factory, just like in the movie, appeared in front of everyone's eyes, and people couldn't help but sigh.

[Every time I see this processing plant, I feel like I'm living in a dream, it's so advanced and awesome. 】

[Speaking of which, when will our country be able to complete such a CNC factory, it is fully automated, does not require personnel to operate, and the processing speed is fast. 】

[If such a factory really exists, all workers will lose their jobs. 】

[Isn't he already on the road to unemployment?With the emergence of the X-type industrial robots, many factories are not recruiting people now. 】

[What are you recruiting for?Robots only need to be charged, but humans also need to be paid, managed, and make trouble. Robots are so good. 】

[It will be miserable if all of them lose their jobs, and there will definitely be turmoil at that time. 】

[Our country is actually doing well, and large-scale unemployment has already begun abroad. 】

[Gossip, I heard that the above is developing a real VR helmet, the kind in the novel and movie, it's not rubbish. 】

【true and false? 】

[Stop dreaming, it must be fake. If you say that this anchor is going to develop a real VR helmet, I still believe it. 】

[Indeed, VR helmets, like controllable nuclear fusion, have been blown up for many years, and they are still rubbish now. The VR in novels and movies can truly create a virtual world, and even simulate the birth of a child. 】

[So, I have a bold idea! 】

(End of this chapter)