The end of 1987 was an unforgettable memory for many factories and state-owned enterprises.

This year, they (traveled) to the beautiful rivers and mountains of Western Europe and southern Europe, and saw the charm and girls of Nordic countries. During the days when they passed through Amsterdam without going to the red light district, the members of the delegation discussed many projects.

During this process, Yang Rui devoted himself wholeheartedly.

Scientific research is a process of piled up sand castles, which requires a lot of sand to participate. Only such sand castles can be erected for a longer time. Of course, sand castles always collapse. The great classical physics building collapsed, the great perfect mathematics building collapsed, and the great chemistry... If the thatched hut collapses, it collapses, nothing is rare.

The key problem is that scientists need unlimited resources and unlimited support.

As a Chinese scientist, the more the top scientist is, the more I hope China is strong and prosperous.

Even if the influence cannot be broad enough to this extent, it is very good to allow one industry or several industries to grow.

In fact, there are not many countries that can do this themselves. China has a large land area, a good industrial foundation, a large number of industrial population and scientific researchers, and has also accumulated a certain amount of foreign exchange. Only then can we have a leisurely mind and slowly find suitable industries to develop.

If it were other developing countries, it might not be difficult to save more than 10 billion US dollars in foreign exchange a year, and it would be difficult to have a large number of basic education working people. As for the 2 million scientific research talents that China had in the 1980s, many developing countries could not match it.

It can be said that the group of scientific researchers accumulated over the past 30 years of founding the People's Republic of China is China's largest asset and the main reason for China's rapid development after the reform and opening up.

Compared to the requirement that workers can work in three months, proficient in three years, and proficient in ten years, the first requirement for scientific researchers is to have higher education, regardless of undergraduate and junior college, this is almost 15 years of education.

It is necessary to reach the level of being able to work, plus three years of master's degree or research institute walking. If you study slowly, it is not surprising to get started in 6 years. As for meeting the requirements of proficiency, it may only take three additional years. However, if you have mastery, it will not only require time, but also have high talent and learning intensity.

I have never heard of workers having eight-hour working hours or three shifts. I have never heard of scientific researchers working on time. After get off work, self-study and continuous increase in investment is almost the normal life of scientific researchers.

The development of China's industrial sector is not so much an increase in factory efficiency as an output of continuous technological innovation.

The famous Sunday engineer in Wuhan is an engineer who goes to work in a small township factory on weekends, making drawings for township bosses, installing equipment, and teaching workers...

Most of China's township factories have developed in this way. A brave township owner called out the mud legs that were still hoeing the ground three months ago and started production after opening a factory. All skilled industrial workers are in state-owned enterprises, and except for farmers, township enterprises cannot find labor.

However, Mud Legs are not born to understand machines and technology. Township owners cannot handle lathe milling machine welding fitters, and they cannot take care of all the designs of the factory. Even if they are counterfeit or even make fakes, they must be taught by someone who knows how to teach them.

This is how engineers were used on Sunday.

In fact, similar models have not changed much after 30 years.

A chemical factory produces new chemical products, a food factory produces new food additions, and a machinery factory produces new equipment. But if you look into it deeply, it is easy to find that this chemical factory, this food factory, and this machinery factory do not have its own research institution.

Not to mention that ordinary factories are gone, many listed companies do not have large research funds in their financial reports.

So, did the workers who only received primary and secondary education figured out the work themselves after learning higher mathematics, CAD drawing and Marx principles?

If you ask the boss of a business, the boss will definitely scold you for being crazy! How high is the salary of a worker? If you have a little technical level, it will exceed 5,000 yuan a month. If you have to understand the principles of Marx, the monthly salary will definitely exceed 10,000 yuan. Who would like to use such expensive manuals to do research?

Raising a researcher is enough for three to five thousand yuan a month. That's it. The factory is unwilling to support it. Who knows how long it takes to develop something?

Raising a worker who has a salary twice as much as a researcher to do research. If you are so wasteful, you will be fired quickly. Will you wait for him to infect the entire factory?

Think about the scene where workers are working while concentrating on research, using production-grade raw materials to do experiments, wasting the boss’s crotch, which is fascinating.

However, as the backbone of scientific research, the higher the technical content of the factory, the stronger the ability to promote scientific research.

Just like the various reagents and equipment required for scientific research, ultimately, have to be cheaper from factories. Even if it is prepared in laboratories, there must be basic reagents that are pure chemically analytical.

In the root of this, Yang Rui didn't mind spending some time helping these state-owned enterprises and factories regroup.

Anyway, you have to spend time buying equipment and reworking projects, so you naturally have to choose ones with high value and high profitability.

Yang Rui’s understanding of information is super-human in this era, and his current identity makes him have a super-human attitude in the process of using this information.

The winner of the Nobel Prize in Medicine and Physiology predicts the development of the chemical and pharmaceutical industry in the next ten or twenty years. If it is accurate, it means foresight, and inaccuracy is rare.

In fact, Yang Rui's current status is inevitable to write papers on related industrial development. At that time, let alone analyzing the industrial development for 10 or 20 years, there will even be someone who will let you judge the world in fifty years.

Business people, including Hu Chi, Director Chen and others, basically maintained a half-believing and half-doubted attitude during their travels throughout Europe.

However, they don't have many choices.

The opportunity to purchase equipment flashed by. Yang Rui would not stay in a factory, or even in a city for too long. Factory managers gave up purchasing equipment, and if it was his turn, they would have to wait for a long time.

Moreover, next time, they still don’t have much room for choice.

At this time, the delegation was like a home buyer who paid the intention to make a choice in the limited space given by the developer.

In the winter of 1987, no one knew what their choice today was value.

However, as time goes by, there are some similar stories that are circulating in different companies: if our factory had donated hundreds of thousands more, it would have been great if we had chosen a project at that time. I don’t know how much it made. If we had chosen it first, there would be their business.
Chapter completed!