Reborn 80s

Seagull Camera and Mozi Optics are supporting companies for photolithography machine lenses.

Of course, the supporting companies back then have now grown into global giants.

It can also be seen from this incident that a super large project can greatly promote technological development.

Lithography machines require quite a lot of technology, and a lot of money has been invested in research and development.

After the technology is developed, it is also used for commercial application.

In terms of technology transformation, Chen Huaiqing's companies have done quite well.

With technical transformation support.

R&D personnel are rewarded, and other personnel who have contributed to technology transformation will also be rewarded.

What Chen Huaiqing emphasized was that there must be wise men under heavy rewards.

There is never a shortage of smart people in China.

However, most of the time, smart people are in a state where doing more is worse than doing less.

If there is no benefit and it will cause trouble, then who is willing to do something?
"In terms of hardware, many countries even have better hardware than us. But we also have advantages, that is, chips and systems."

Needless to say, there is no need to say much about chips. Sixiang Technology conducts chip research and development regardless of cost.

As long as there is demand, funds will be invested in research and development.

Demand-driven R&D!
If you want to conduct technology research and development, it is not just a matter of having money.

If you have money, do those oil tycoons have no money?

There is a saying called "Extremely Rich", which is a tailor-made word to describe them.

However, apart from contributing oil to the world, these oil tycoons do not seem to have made much contribution to technological progress.

Not right either.

In the area of ​​seawater desalination, people's wealth has stimulated the advancement of seawater desalination technology.

In China, a desalination company has built desalination plants in some desert oil countries.

Of course, we mainly invest in technology and they provide funds.

Factory equipment can naturally be purchased domestically, just purchase it domestically.

I won’t talk about supporting domestic enterprises, as it should be.

Another very important point is that when purchasing domestically, the price is cheap enough.

There are many foreign manufacturing companies that purchase parts and components from China.

For no other reason than to save costs.

Cost savings are for manufacturing companies, not consumers.

When the sales price remains unchanged, the company can obtain higher profits.

If the sales price drops, the company can also rely on lower costs to gain an advantage in market competition.

Price wars are annoying, but they work.

If you want to develop science and technology, in addition to money, you must also have enough talents.

Where do the talents come from?
Naturally, we have to talk about powerful education.

Education is the cornerstone and greatest source of motivation for a country's development.

As a leader in domestic chip design, Sixiang Technology naturally cooperates with major universities to cultivate talents.

Although there are millions of college students every year, not many of them can eventually engage in scientific and technological research and development.

Engaging in R&D work requires more than just talent. There are many talented people.

It is definitely unrealistic to look at talent alone.

Hard work, perseverance, tolerance of loneliness, etc.

Some research will not produce results in a lifetime. For example, controllable nuclear fusion technology requires several generations to carry out this task.

For researchers, they may not know whether they will finally see the day of official application in their lifetime.

The chip has Sixiang Technology, and as for system development, it is also carried out by a dedicated team.Moshi Military Industry's equipment and control systems are all developed by its own team.

There has never been a shortage of system development talents in China.

Over the years, Gnisei has trained a large number of system developers in the country.

Every year, Gniseth recruits a large number of people from schools into the company. New employees are constantly being recruited, and naturally many employees leave.

Many senior executives of domestic Internet companies have experience working in Gnisei.

Chen Huaiqing has been in Moshi Military Industry for a long time, and now the equipment has begun to be electronic.

From the engine to various auxiliary systems, without chips and systems, the whole thing is useless.

"Considering that we may be attacked by EMP weapons in the future and paralyze the electronic system, we have specially designed a mechanical system for our own version of the equipment. Even if the electronic system cannot be used, the equipment can continue to operate."

Without the assistance of the electronic system, the combat effectiveness will definitely be greatly reduced.

This can only be made up for by rigorous training of soldiers.

Of course, for the foreign trade version, it doesn’t matter.

The entire design idea is the same as that of civilian products, that is, the more foolproof the operation, the better.

After all, countries that purchase Inkstone military products generally will not face attacks from EMP weapons.

They are all novices pecking each other, purely based on whether the equipment can crush them.

Chen Huaiqing has been staying in Yuzhou during this period.

The world economic situation is not good, and for Chen Huaiqing, it is just like that.

Smile and watch the storm rise!
Chen Huaiqing also went to Mota Power Aerospace Engine Co., Ltd.

Judging from the name, it seems to be a subsidiary of Mota Power, a subsidiary of Mota Holdings.

In fact, on the aerospace engine side, Miduo Investment is the major shareholder.

The share structure here is quite complicated.

It mainly develops and produces high-thrust rocket engines and missile engines.

Although the missile's engine may seem disposable, its technical requirements are quite high.

Chen Huaiqing mainly looked at the Zhutian rocket engine, which is the rocket engine with the highest thrust in China at this stage, reaching 178 tons.

There is still a huge gap with the RD-171 series of rocket engines with the highest thrust in the world, but for China, the Zhutian rocket engine is enough to meet our outer space exploration missions.

Take it step by step, there is no need to say that you will become fat all at once.

In addition to Zhutian rocket engines, there are also rocket engines with larger thrust levels under development.

The maximum thrust of the RD-171 rocket engine reaches 846 tons, which is an achievement in the aerospace industry of the former alliance.

The former alliance was very poor in civilian industry, but it was still quite strong in this type of military industry.

Why didn't the former alliance develop civilian industry at the same time?
Most likely, because of population.

When the former alliance had its largest population, it was only 2.8 million people.

Excluding the elderly and children, the labor force population is just over 1 million.

There must also be an agricultural population and people from other industries.

The number of people who can engage in industry is not large.

From the extraction of raw materials to transportation, they are processed into basic industrial materials in factories and sent to manufacturing factories.

How many workers, engineers, technical R&D personnel, managers, and logistics personnel are needed for the entire industrial chain.

China has a labor force of [-] million people, but they still feel that there are not enough people!

The level of industrial automation back then was not high, and the demand for workers on the industrial line was higher than it is now.

It’s not that the former alliance didn’t want to engage in civilian industry, it’s that it couldn’t.

Do you really think I'm stupid?
I clearly know my shortcomings, but I don’t think of ways to make up for them. (End of chapter)