A genius tech empire

Thinking about the charity fund, Chen Qi walked in with a document, Ye Ruchu made a cup of tea for him, and walked out.

"Mr. Yang, Kaiyang wants to cooperate with us, do we want to agree?" Chen Qi handed the document to him.

Yang Congming didn't read the documents, and asked directly: "Kaiyang Company? What did you do?"

"It's a wheelchair company, a medical rehabilitation equipment company in Foshan, which ranks among the top ten in China."

"Wheelchair?" Yang Congming asked, "Do you want to be a mental wheelchair?"

"Yes, Mr. Yang is smart," Chen Qi gave a small flattery, and then said, "Should we make mental wheelchairs by ourselves? Or do we cooperate to make mental wheelchairs? If we cooperate, should we cooperate with Kaiyang?"

Yang Congming thought for a while, the wheelchair is really not high-tech, and it is not appropriate to incorporate Extreme Electronics.

"Let’s work together. Don’t you still want to develop electronic products such as mobile phones and stereos?" He said, "As for which company to cooperate with, you can decide by yourself."

"Okay, Mr. Yang."

As soon as Chen Qicai left, Li Mingliang took a thick document and walked in: "Mr. Yang, this is the information you want. The materials in your list include those institutions that are researching, what is the progress of the research and development, and the patents they have obtained. And so on, all have detailed introductions."

Yang Congming took a look and roughly estimated the thickness, which was about ten centimeters, and he couldn't help but get a headache.

This day, the documents have to be read for a long time. This is the result of his faster reading speed. If he is an average person, he does not need to do anything in a day, just look at the information.

"Let it go." He waved his hand.

Li Mingliang put down the file and went out, Yang Congming picked up the file and looked at it...

After an hour and a half, after reading the information, Yang Congming breathed a sigh of relief. It has to be said that the information collected by Li Mingliang or the Intelligence Section is relatively complete.

Intelligence is so important, for a country, and for a company.Before developing a product, we must first study which pain points the product solves for consumers and whether it is useful to society; then we must study whether the competition is faster than the opponent's progress, whether it is better than the opponent's product, and whether it is better than the opponent. The products have characteristics, etc.; then, we must study whether the products can be produced, the cost, whether consumers can accept them, etc. with the current production capacity.

The same is true for R&D materials. Yang Congming needs to know what the materials are, what the market is, R&D costs, and other institutions, etc. These are all worthy of research. It is difficult to obtain effective information with a single material alone. , Besides, he has to study so much material.

As a result, the Intelligence Section focused on gathering intelligence was established.

The Information Section is not solely part of the Materials Research Institute. Basically, all subsidiaries or departments in the group will help if they need it. Therefore, the Information Section is very powerful. It has one hundred people and is a department directly under the group.For this reason, Yang Congming specially recruited a retired intelligence officer from the National Intelligence Agency who was particularly skilled in intelligence.

After reading it, Yang Congming exhaled and decided to start researching five materials.

In the first place is flexible glass.

A long time ago, he wanted to make an electronic device that combines a mobile phone and a smart watch. The screen widths of the mobile phone and the watch are different. This requires folding the phone in half and bending it before it can be worn on the hand, thinking a lot of materials. , Flexible ultra-thin glass has the characteristics of ultra-thin, wear-resistant, high strength, bendable, good resilience, etc., and is an ideal flexible folding cover material.

The global ultra-thin flexible glass industry is in the early stage of development, there are few companies with ultra-thin flexible glass technology, and the market competition system has not yet taken shape.

Four leading companies in the overseas electronic glass industry, Corning of the United States, Asahi Glass (AGC) of Japan, NEG, and Schott of Germany, continued to make breakthroughs in the thickness of glass products, successively introducing 0.1mm and 0.05mm Thick ultra-thin flexible glass products promote the accelerated development of R&D and production technology in the industry, and at the same time promote the technological progress of related industries and the expansion of application scope.

At present, the thickness of glass products produced by Chinese manufacturers is mainly concentrated in the range of 0.12mm-0.15mm. They are Kaisheng Technology, Changxin Technology, Dongxu Optoelectronics, and Luoyang Glass respectively, which are quite close to foreign strength.

It's just that the 0.12mm thick flexible glass newly developed by Triumph Technology is required to meet the requirements in terms of lightness, folding times, wear resistance, strength, bendability, and resilience. The only regret is that There will be a very obvious crease at the fold, which is one of the reasons why foldable phones have not become popular.

With the index and middle fingers of his right hand tapping on the desktop, Yang Congming stared at the market value of Triumph Technology with a thoughtful expression.

The market value of 5 billion is not very high, and it is not necessary to acquire all the shares. It only needs to reach 67% to fully control it.

Because of the flexible glass, Yang Congming made the decision to acquire Triumph Technology.This is the easiest and quickest way to research from scratch.

Trisun Technology has both research and development capabilities and production capabilities. Flexible glass can be produced after successful research and development. Yang Congong plans to hand over the production of screens for other electronic products of the group to it.

Of course, this requires merging other screen manufacturers or building a new production line, and it will take a certain amount of time, but what is certain is that the final screen must be self-sufficient.

Then there are graphene, aerogels, biodegradable bioplastics, and self-healing materials.

Needless to say, the role of graphene has been blown to pieces by various novels and popular science media.

Graphene has a wide range of applications because of its superior properties in optics, electricity, mechanics, and heat.

It can be made into a flexible electronic circuit, a flexible screen, and a rolled-up mobile phone becomes possible; it can be used as a super capacitor, that is, a battery with large power storage and extremely fast charging speed; it can be used as a bulletproof vest, which is strong and flexible, and is light; Because of its strength and toughness, it is often used by science fiction authors as the raw material for space elevators.

Aerogel is an excellent constant temperature material. As long as an 18mm thick aerogel layer is added to the spacesuit, it can help astronauts to withstand the high temperature of 1300℃ and the ultra-low temperature of minus 130℃.

Environmental protection is the second important function of the new aerogel. There are millions of small holes on the surface of the aerogel. It is an ideal material for adsorbing pollutants in the water. It can even adsorb CO2 in the air and reduce the amount of air. Of greenhouse gases.

Needless to say, the importance of biodegradable bioplastics is difficult to degrade naturally. It often takes dozens or even hundreds of years to degrade. Therefore, many plastic products can often be seen in the wild or on the seashore.

The unsightly aspect is that if it is landfilled, not only will it occupy a large amount of land, but the occupied land will not be restored for a long time, which will affect the sustainable use of land.

Self-healing material is a new type of material that can repair itself when an object is damaged.It has a wide range of applications, including military equipment, electronic products, automobiles, airplanes, building materials and other fields. The significance of this technology is that it can avoid the waste of resources and funds.

For example, smartphone screens. Once the mobile phone screens are damaged, users have to discard them, which will inevitably cause waste, and self-repair materials can effectively solve this problem.