Computer networking is almost inevitable.
Because it always has more benefits and less harm.
At the same time, it also saves social costs.
The original production and sales of telephones have not yet formed interest groups, and it is still too late to change them.
And the communication connection and the communication connection of the TV station are almost the same.
That is, it all can be combined.
It depends on how integrated the computer is and how low the cost is.
But in any case, the social cost is much lower than all three.
Zhang Chun approved the plan to merge the telephone bureau and the television station into an information and communication bureau.
Wu Hao believes that this will help unify and coordinate and save administrative expenses.
The Green Lake Institute is designed to separate the computer and the communication display system, but leave a door that only the user can open.
After unlocking, the user can import the information, text data, and video data stored in the communication system into the computer for use.
The communication display system can also use the central processing unit, but it cannot access the personal information system.
Of course, there are also people who believe that most of the equipment of such personal computers is actually idle.
It should be made available to everyone through the Internet.
Zhang Chun directly rejected this plan, saying that since computers can be merged with telephones and televisions, why can't they be merged with other electronic products in his residence.
Is it necessary to have a separate miniature computer for the automatic price adjustment of the refrigerator temperature in a personal house?
Why can't you let the computer set and manage the light time, the power management of solar panels, the safety management of the house.
How is it that personal devices are idle?
Zhang Chun's opinion first called for the use of the Lianyun City Seabed Environmental Monitoring Station.
As a result, this embarrassed the electronics, because their processors couldn't do so much.
So they separated the communication system, the personal system, and the central processing system.
A central processing unit is designed specifically for seabed monitoring stations.
The end of the personal system and communication system is simplified into a workstation.
When Tesla heard about it, he hurriedly ran over.
However, when he saw the designed CPU, he was disappointed.
Too big.
Tesla mercilessly damaged the people of the electronics institute, saying that this kind of thing is the best equipment for the space station, and you are making it so big and heavy, how much does it cost to transport it.
At least to the size of a refrigerator.
This made Qin Deming's old face flush, all the time.
The Xinmin Research Institute has a psychological advantage over Tesla, which is that they can do what Tesla can't do in the United States anyway.
At present, the computer design of the computer institute has encountered great difficulties.
All along, they used silicone as a carrier.
This has an advantage in heat dissipation.
But such a computer is very heavy.
When the number of transistors on the CPU reached 100,000, they thought it was almost enough, so they turned their attention to the application system and programs.
They didn't expect to transport computers into space.
Now think of the huge amount of data that the CPU has to process in space.
The people at the electronics institute have a headache.
Water cooling definitely doesn't work, only air cooling.
The Chemical Engineering Institute received the task.
It is to harden the silica gel.
No matter what the method, the thermal insulation cannot be changed.
The chemical plant said that there was such a material, which was originally used to make thermal sensors.
The material is also capable of making very thin sheets on which transistors and associated wiring can be implanted directly.
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But when Einstein heard about it, he also came over and said that it was better to actively cool than passive heat dissipation.
The Institute of Superconductivity has discovered an alloy material that is superconductor at 44 K.
In order to solve the superconducting materials needed for nuclear fusion, the Superconductivity Research Institute tested all the alloys refined from industrial waste transported to Qinghai, and extracted all the superconducting materials inside.
These things are made into components and run in magnetic confinement rings.
When they reach superconductivity and run.
It actually causes a change in magnetic force.
And it only occurs in the case of superconductivity.
It is only when this superconductor is in a superconducting state that the magnetic force changes significantly and is called magnetic resonance.
Many researchers believe that this may have something to do with the lattice of superconductors.
With the help of the Institute of Crystalline Materials, they began to manufacture artificial single crystals.
At the same time, materials with similar crystal lattices are also looked for in superconducting alloys.
As a result, they discovered a simple ruthenium-copper compound with a natural single crystal.
Take it out and give it a try, and be overjoyed.
The Institute of Crystalline Materials has extensive experience in silicon crystallization.
They succeeded in synthesizing this perfectly crystallized ruthenium-copper compound.
This discovery caused Einstein to rush back from Qinghai Lake immediately.
He said it was not only nuclear fusion that had hope.
And if your computer takes active cooling, only 44K temperature is completely controllable.
The power consumption is not too high either.
Do you want to think about the state of a switching device made of superconducting materials?
And this lattice is very similar to silicon crystallization, and the memory made from it has a different access speed than it is now.
Of course, the benefits of synthesizing a perfectly lattice ruthenium-copper alloy don't stop there, it means that it is entirely possible to scale transistors down to the nanometer level. 44k, such a low temperature, a personal computer is impossible.
However, it is possible for electronic CPUs to be designed, after all, previous computers also needed water circulation.
It's just that there is almost no production of this raw material.
It's not enough to need this material on both sides.
The material is based on the archives to find the origin of ruthenium.
Einstein specially dragged Zhang Chun to Tesla, and he thought that whether it was a laser, a Tesla coil, a superconductor, or a magnetic field, it might all be an orderly oscillation of electrons between crystal lattices.
From one energy level to another.
New wave to another.
The difference in strength may be the amount of matter in the same direction, whether there is clutter interference or not.
And if humans can control this lattice, and generalize it at the nanometer level, at least from a physical point of view, there will be countless possibilities.
"So manufacturing technology may be more important than theory."
Albert Einstein summed it up this way.
Zhang Chun just listened silently.
Computers, nuclear fusion, space stations.
In fact, many people have already conceived of these technologies, at least Tesla may be the earliest and most thoughtful.
But a lot of times, it's one thing to think about it, and it's another thing to do it.
The application of alternating current was delayed by Edison for a full decade, and the ultra-high voltage electricity, lasers, etc., which were manufactured using the oscillation principle, were delayed until decades later, even if Einstein later re-predicted their existence with his theory.
But in fact, technology is to serve the interests, when the DC motor occupies the market, it cannot let the motor have a bright future.
When electric lights are used in thousands of households, it is impossible to keep Tesla's lightning lights alive.
When the phone takes over the market, the radio is not much later than the phone, but you have to wait until the phone makes enough money.
When TV operators weren't making money, computers could only be used on a small scale.
Even if you have a lot of potential.
Patents are not so much about protecting the interests of inventors, but actually about protecting the interests of capital.
It's about making sure that patents make money.
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But can the rapid development of science and technology ensure that every invention can make money?
In reality, this is not the case.
When science and technology are controlled by capital, the progress of scientific research must conform to the rhythm of capital, otherwise you will only die.
Tesla's lab was destroyed and the last years were spent in solitary confinement.
Einstein would have been turned into a headless corpse in the United States.
One by one, the scientists associated with them died.
In fact, there is no other reason, that is, profit, your invention harms the interests of capital.
The development of science and technology in China in recent years has been entirely supported by the Xinmin Education Fund and the Xinmin Science Fund.
In fact, in addition to Zhang Chun's original capital, these two funds also have a steady stream of capital from Wu Ying's wife and Lin Changmin in the Saas Trading Company.
There is also part of the capital of the Xinmin Central Bank.
The industry in the entire jurisdiction was developed under Zhang Chun's original capital, and the so-called extracted patent fees, except for a little borne by the common people, were finally paid by the Wuhan government from the taxes.
In other words, military scientific research and industry were raised by more than 300 million people in the entire area with agriculture.
The total consumption is only the fund in Zhang Chun's hand, which is more than billions every year, not counting the military spending and education economy allocated by the government.
That's a huge number.
This is also the result of Zhang Chun's countless projects and his insistence on investing in these most comprehensive projects.
If you really want to make money from each project, you will definitely not do much.