Take the Red Police to Marvel

After half a year, the purge of transgressive capital and corrupt bureaucrats by the Sino-European Union has ended. This turmoil has caused a lot of discussion internationally. The last major purge of the Soviet Union is still vivid in my mind. This time the purge of the alliance is still worldwide There are a lot of people paying attention.

However, to the disappointment of some people, the alliance's purge campaign only targets those capital-related bureaucrats who have crossed the border, and has nothing to do with other people.

In fact, compared to this, the United States is more worried about the state of the alliance's nuclear weapons research. They have joined forces with other countries to force the alliance to stop research several times, and they have all used threats and lures, but the other party is basically indifferent.

This is also a very normal thing. After all, the nuclear bomb represents the ultimate deterrent force, and with it, it can have the right to speak internationally.

But understanding does not mean indulgence. After forcing Japan to send a large amount of supplies to the peninsula battlefield, the United States refurbished all the decommissioned ships and pulled them to Europe. Even at this time, the Soviet Union expressed a signal to the alliance to stop developing nuclear weapons.

This is a very uncomfortable thing for the alliance. The United States alone is fine. If the Soviet Union also joins forces to exert pressure, the alliance will face considerable resistance in doing anything internationally.

In the end, it seemed that in a situation of being forced and helpless, the alliance stated that it would stop the research of nuclear weapons and focus on the civilian field.

This news is naturally happy for countries that have nuclear weapons, but it is a sigh for countries that do not.Countries with such strong technological and economic strengths in the Alliance have not been able to break through the nuclear blockade. Can they do it?

Of course, in order to compensate for the loss of the alliance in this area and for its own more interests, the United States promised to provide financial assistance and took the lead in joining the channel of cooperative scientific research and exchange.

How can we reflect the scientific and technological strength of a country?This has to be seen from many aspects, but if we look at it in the long run, it probably depends on the country's basic education and innovation achievements.

After entering Sokovia, members of the scientific research exchange channel discovered many novel and practical things, such as the very impressive biochemical, radiation and other hazard warning signs.

Or the shocking urban construction, the current urban construction is still erecting utility poles or burying pipes underground, but the capital of Sokovia, Finhabenis, is different.

The city is divided into above-ground and underground parts. The underground area 20 meters from the surface is divided into a large number of reinforced concrete pipe galleries according to the upper plan. These underground comprehensive pipe galleries are responsible for the operation of the entire city.

The structure of the underground comprehensive pipe gallery is divided into three floors and four cabins. Except for the uppermost floor, the reserved space, the middle layer is the logistics mezzanine to facilitate cargo transportation, the lower layer is the equipment mezzanine, and the bottom layer is four cabins with different functions. compartment, information compartment and general compartment.

The integrated cabin has all the functions of the first three cabins, and it is an emergency means to restore some urban functions in case of emergency.

There are no cobweb-like dense cables on such a city, and there is no patch-like manhole cover drainage system hidden under the road sidewalk, which greatly improves the beauty and cleanliness of the ground and the convenience of road maintenance.

It's just that the underground comprehensive utility corridor is still under construction, and there are still electric poles on the surface. The reason is that computer technology is not developed enough to manufacture qualified computers to control huge automatic lines.

Manufacturing a powerful computer requires an advanced lithography machine to burn wafers to make chips, but without a computer powerful enough, the lithography machine cannot be controlled, so the precision can only be improved little by little.

Moreover, the architecture of the chip is equally important. The reduction of the manufacturing process of each chip by one nanometer requires a redesign of the chip, and when the chip is enlarged, it looks like a city, which is equivalent to redesigning a city every time the process is upgraded.

Combining design and production into one can produce qualified chips, the cost and difficulty of which can be imagined.

The lithography machine is also divided into levels. If you want to produce chips of five nanometers and below, you must use a powerful EUV extreme ultraviolet lithography machine for manufacturing.

This lithography machine has gathered the highest technologies from all over the world in later generations, including American light source technology, Japanese optical equipment, Swedish bearings, French valve parts, German mechanical technology and Zeiss lenses. One machine exceeds One hundred thousand parts are produced, which is the highest scientific and technological achievement of mankind.

Now is the 20s, computer technology has just started, and the craftsmanship of various mechanical equipment is far from as advanced as later generations. If you want to manufacture chips on a large scale in this era, you can only rely on yourself.

Although difficult, it is not impossible.

In the Red Alert, the Soviet Union's research on electromagnetic technology is very deep, and the Allied Army's research on laser technology is very subtle. Combining the two into one can produce a high-precision processing equipment based on electromagnetic technology.

According to her vision, a CNC machine tool that uses magnetic confinement to control and heat the workpiece to cut with a laser will have extremely high processing accuracy and be able to meet any demand for high-precision processing.

With the prism emitter of the light prism tank as the core and supplemented by the control terminal, it can precisely control the emission speed and emission volume through energy input, so as to realize the nanoscale cutting of solid materials.

And because of the magnetic confinement, the laser cutter can process the workpiece at any angle and in any way.

Theoretically, it only needs to input the preset parameters, and the parts that traditional machine tools require many processes to produce can be completed through cutting and welding without interfering with the properties of the material itself.

The disadvantage is that although the laser will not leave burrs on the cut surface, it will leave a little burn mark, but this is harmless.

As long as there is this magnetic variable processing machine tool, it is trivial to produce a secondary high-precision machine tool. In this way, it is too late to complete the production of chips and parts at the top, and it can also solve the problem of lack of industrial machine tools below it.

According to Rhine's vision, the units that can be summoned by the Red Alert system alone are always limited, especially for some ultimate combat units, whose summoning price is completely sky-high.

Rather than doing so, it would be better to gradually reproduce the technology of the Red Police, directly produce combat equipment, and only need to call high-end talents.

The previous cloning project also laid the groundwork for this. As long as the lithography machine produces chips to create a sufficiently powerful supercomputer, the cloning project can also be put on the agenda again.