Genius of the Rules-Style System

Dimensions are very complex.

Space is a multi-dimensional structure, and matter is a multi-dimensional structure. No matter how much mathematical analysis is done, it is impossible to prove it.

Logically speaking, we can only find a way of understanding that is in line with existing scientific discoveries, does not conflict with the discovered scientific laws, and creates irreconcilable conflicts.

Therefore, the work of Zhao Yi, Edward Witten and Zhang Qican is not to prove how many dimensions there are in space, but to find a way of understanding that is consistent with scientific discoveries.

The final result they obtained was that space must be understood in a three-dimensional manner, and the corresponding mass points and matter are in higher dimensions. At the same time, energy is limited by dimensions and can travel freely in multiple dimensions.

A few years ago, Zhao Yi and Edward Witten published a theoretical discussion on mass points, arguing that mass points are high-dimensional products. This was used to explain that three-dimensional space cannot accommodate 'high-dimensional' matter. Explain the creation of space squeezing.

The current argument is ultimately explained in terms of three-dimensional space and high-dimensional matter, which can be regarded as a coincidence. However, energy is no longer limited to three dimensions or the universe, but is understood as 'capable of adapting to multiple dimensions' Behavior.

Of course.

The current understanding of three-dimensional space and high-dimensional matter is much deeper than before, which originally meant defining high-dimensional mass points to explain the existence of space extrusion.

That is a definition and an assumption.

In recent years, there has been a lot of progress in the research of the latest technologies, many of which are directly related to space and interpret the nature of space from various aspects.

For example, anti-gravity technology can repel space isolation.

Z-wave technology can compress space.

Space link technology can achieve massless particle transmission regardless of distance.

The discovery of these properties is similar to the understanding of objects. In fact, the same is true for human understanding of matter, including weight, volume, shape, color, etc., rather than directly explaining ‘what matter is’.

From the perspective of "three-dimensional space and high-dimensional matter", they derived some conclusions--

Space link technology is like sharing two spaces at different locations in one direction, and there is a direct relationship between the transmission efficiency of light energy and the ‘stability of the shared channel’.

If you want to achieve a more perfect channel, you must have a more perfect connection, that is, establish a stronger channel.

Establishing information channels naturally requires energy consumption, and the more stable the channel is established, the more energy is consumed.

This part of the energy is similar to the anti-gravity technology that isolates space from squeezing. A part of the energy needs to be absorbed by the space. The more energy that is absorbed, the more stable the channel will become.

In other words, the establishment of a spatial link also has an 'efficiency' issue. Part of the absorbed energy directly realizes the spatial link, while the other part is wasted or absorbed by the space without any effect.

How the energy is specifically divided cannot be derived purely theoretically.

This still requires experimental support.

The theoretical analysis has given a clear direction, and the theoretical derivation work is almost over. Next, Zhao Yi returned to experimental work, working with the R\u0026D team to study the impact of internal beam arrangement on light energy transmission efficiency.

Only by combining the experimental results with the underlying theoretical analysis can we deduce all the theoretical and technical logic.

The spatial link technology was developed by Zhao Yi based on experimental findings. He knows the link technology very well. Once he has a specific research direction, he can directly start designing experiments and change the internal beam path to study the beam behavior and channel stability establishment. the relationship between.

Zhao Yi came to the research and development team of space link technology.

In the past two months, the R\u0026D team has been conducting related experiments, but the efficiency is very low. In continuous experiments, only three beam positions were found. The changes do not affect the link establishment, but can affect the light energy transmission efficiency.

After Zhao Yi came, the experimental efficiency immediately changed.

In less than a month, R\u0026D found 11 locations that can greatly affect the stability of the channel path, and 23 locations that have a slightly smaller impact. In addition to the previous experiments, As a result, many conclusions can be derived.

In geometric mathematics, two points determine a straight line, and three points determine a surface.

The impact of dozens of beam properties on the establishment of channel stability is enough for the R\u0026D team to draw many conclusions, not to mention Zhao Yi, who has the ability to think causally. He used causal thinking to immediately deduce the results based on a large number of conditions. Theoretical technical logic.

After completing the research and development work, he, Edward Witten and Zhang Qican, summarized a report based on the latest technological discoveries and the logic of space and matter.

At the same time, he and the R\u0026D team of the Space Information Technology Company applied to their superiors for the ‘Light Energy Cross-Space Transmission Technology’.

Zhao Yixing also reached an agreement with the Space Technology Information Company and applied for the use of this new technology for Yixing Technology Company.

Although it was a technology developed under his own leadership, the technology involved was too great. If Yixing Technology wanted to use it, it had to apply to its superiors and keep confidentiality throughout the process.

——

The superior department immediately received three reports.

One is ‘a dimensional way of looking at space and matter based on the latest technology’?

what!

put aside!

Let professional mathematicians and physicists do the research!

One is ‘Light energy cross-space transmission technology’?

"this--"

"It's interesting!"

Simply realizing the transmission of energy across distances is already quite remarkable.

There is a technology called wireless charging in the world. The conventional understanding is that "electric energy is transmitted by electromagnetic waves or other induction methods." In fact, this is not the case. Wireless charging is just contact sensor charging.

The point is, contact!

Under normal logic, as long as there is contact, it should be called ‘wireless’.

The current 'light energy cross-space transmission technology' can truly achieve ultra-long-distance transmission of light energy across unimaginable distances without contact at all.

When the leaders of the superior department saw the "light energy cross-space transmission technology", they were immediately shocked. Some people knew that Zhao Yi applied to do research with Edward Witten, and it was related to space link technology. At first, they only thought it was , to make certain improvements to the spatial link technology.

Now they realize that their ideas are too naive. Where is the perfect space link technology, they have directly completed a revolutionary upgrade, upgrading the space link technology to 'space energy transmission technology'.

"If we take the next step, wouldn't it be possible to complete material transmission?"

"Energy, the next step is matter!"

"That makes sense!"

The superior department immediately held a meeting, and everyone was amazed at the meeting. Then they discussed the application of related technologies, but found that there was no way to actually apply it for the time being.

how to use?

This technology looks very high-end at first glance, but it seems to have no meaning in the civilian field, and other fields don't know how to use it.

They couldn't think of a way to use it for a while, so they discussed the issue of Yixing Technology's application to use the technology.

This is of course no problem.

But because it involves ultra-high technology, decisions must be made only at high-level meetings.

After a series of high-level meetings, it was agreed that Yixing Technology would use the latest developed technology. The only issues were technology ownership and confidentiality.

In the former, Zhao Yi also participated in the meeting and reached an agreement with other parties that the ownership belongs to the state, the Space Information Technology Company, and Zhao Yi personally.

Zhao Yi occupies a certain amount of technology ownership, while Edward Witten and Zhang Qican can only receive bonuses, because Zhao Yi is the only one who is eligible to obtain ownership of the latest technology.

Needless to say more about confidentiality issues.

Just like the authorization for the use of Z-wave technology, all technology applications and manufacturing related to space link equipment must be completed by space information technology companies.

This is not a problem at all.

Yixing Technology is a pure technology company, not a manufacturing company. They research technology and are responsible for design. The specific manufacturing has to be completed by other companies.

——

After completing the technology use application, Zhao Yi began to demonstrate the feasibility of building a space energy transmission device orbiting the sun. The demonstration mainly focused on detailed data.

The most important ones are the total amount of energy transmitted and the consumption of the equipment itself.

Any energy supply equipment must achieve an output greater than its input, because establishing space links and maintaining energy transmission channels definitely require energy support.

This part of the energy loss is even greater than the loss of supplying the Z-wave satellite device, maintaining the internal magnetic field and other circuits.

Zhao Yi didn't want to do detailed calculations, because there was no detailed design yet, so he could only evaluate an approximate value.

"The receiving end requires at least two hundred kilowatts!"

This is an estimated figure.

Nowadays, the power provided by the solar panels of ordinary Z-wave generating satellites is about 100 kilowatts on average. Considering that only half of the day can be used to convert solar energy, the average power is about 50 kilowatts.

If we want to maintain a Z-wave compression path that can establish a path to Mars, the power must be increased by more than eight times, which requires 400 kilowatts. In addition to the 200 kilowatts required to establish the path, a total of about 600 kilowatts is required.

Next, Zhao Yi found Professor Zhou Lin, a famous astronomer at the National Astronomical Observatory, and asked about the possibility of establishing a satellite around the sun. The most important thing was to ask how far away from the sun it would be, so that it would not be disturbed by strong external storms, that is, physical storms.

Zhou Lin was very patient and kept reminding, "At this stage, it is impossible to build satellites around the sun. Solar storms, ray electron storms, and strong radiation will all have a devastating impact on satellite devices."

"Academician Zhao, I suggest you not to think about building a building around the sun -"

"Jiliguala——"

Zhou Lin talked a lot in succession, and Zhao Yi could only listen patiently, and then replied, "If we only consider physical interference, one hundred thousand kilometers is almost enough."

"Severe storms on the sun's surface can rise and set at most 50,000 kilometers. If they are 100,000 kilometers away, they will not be seriously disturbed."

"But it's not necessarily true. If there is a strong eruption on the surface, there may be some physical impact over 100,000 kilometers."

Zhao Yi got the answer.

One hundred thousand kilometers!

According to Zhou Lin's explanation, 100,000 kilometers is basically safe, and there is a slight probability of physical interference, but the degree of interference is very small.

Because of the guarantee of sufficient strength of materials, high temperature, high radiation, electronic storms, etc. can all be solved. The most feared thing is physical interference, such as sudden strong storms.

No matter how good the performance of the material is and how strong the internal endurance is, problems will definitely occur in the device if it is subject to strong physical interference.

After Zhao Yi obtained the accurate data, he began detailed calculations.

If it is 100,000 kilometers away from the surface of the sun, the intensity of light energy is about 1,500 times more than that near the earth. And then through the space energy channel, the same area is transmitted to the receiving end about 700 times, which can achieve a maximum conversion of 70,000 Kilowatts of power?

This is of course impossible.

Not how much solar energy can be converted into power.

Even if compressed monocrystalline silicon solar panels are used, the maximum conversion efficiency is only 40%. High solar energy can increase the thickness and increase the conversion rate to a certain extent, but when all are taken together, the maximum is only ten times higher than the existing ones.

Then the power converted by the same area as the Z-wave satellite's solar panel can only reach a maximum of one thousand kilowatts.

"Because the light energy is transmitted from space energy, the shape of the battery panel can be redesigned, such as a spiral structure, to absorb it to the greatest extent, and the conversion rate will be greatly improved."

"Maybe it can be increased five times to five thousand kilowatts?"

This is just theoretical data.

In fact, there will definitely be a certain deviation, and the maximum conversion may be only 3,000 kilowatts, or even 2,000 kilowatts.

However, no matter what, there is still a huge difference between the data of 5,000 kilowatts and the data of 70,000 kilowatts.

In addition, his calculation is based on 'transmission in the same area as Z-wave satellite solar panels'. In fact, the emergence of satellites dedicated to transmitting energy will definitely maximize the transmission range. It is easy to increase the transmission range by at least three or four times. .

Then there will be a large amount of solar energy left that cannot be directly transmitted and used.

What to do with the remaining energy?

Zhao Yi frowned and thought carefully, then relaxed, with a smile on his face, "Maybe this is the first step to realize Yixing Technology's profitability."

“I really didn’t expect that the first step would be energy, solar energy!”

The solution to a large amount of energy waste is simple, build more ‘receiving ends’ and receive all energy in a distributed manner.

That can easily generate more than 100,000 kilowatts of clean solar energy.

What is the concept of one hundred thousand kilowatts?

The capacity of large motors in power plants is measured in units of tens of thousands of kilowatts, which is a motor that is enough to power a power plant.

This amount of electricity is enough to ensure the supply of electricity for tens of thousands of ordinary households.

Of course.

At this stage, launching energy-gathering satellites around the sun to provide electricity for ordinary households is definitely a very uneconomical business, and there is a high probability that the cost will not be recovered for a long time.

However, even considering only the civilian field, it is enough to support rapid cost recovery.

For example, when promoting 'solar cars', the continuous power generation of 100,000 kilowatts is enough to ensure the continuous operation of 5,000 cars. The most important thing is that the cars only need to be installed with a low-power receiver to operate 24 hours a day. It does not require any refueling or charging operations.

The energy and power side of each car earns 500,000 yuan, and selling 10,000 units is 5 billion yuan.

This car business has really broad prospects for making money!