1 Billion A Day: Start Investing In Regenerative Technology!

Under the guidance of Su Zhan, some big countries have started to mass-produce the technology of running levitation balls.

Su Zhan did not directly popularize this technology throughout the country. The purpose of doing so is to make these big countries such as France, the Eagle Country, and the Stars and Stripes profitable. In this way, these big countries can sell the technology to other countries. , so that other countries are also profitable.

All countries are operating in an orderly manner, but Su Zhan is still looking at different scientific research project proposals, looking for new and feasible projects.

Although new proposals are handed in every day, they are all dispensable items, and I still can't find ~ Xinyi's items.

One morning, Su Zhan listened to the system prompt: the establishment of the floating kingdom was completed, the daily income increased from 6 billion to 7 billion, and the carbon-based semiconductor technology was successfully unlocked.

Immediately after Su Zhan's account today, 7 billion was recorded.

"Carbon-based semiconductor? What is it?" Su Zhan was very puzzled, he had never heard of this term.

He immediately ran to Professor Zhou's office with curiosity.

Lu Pin—

"Please come in!" Professor Zhou said while busy with the research in hand.

"Professor Zhou! Do you know what carbon-based semiconductors are?"

Professor Zhou raised his head immediately when he heard Su Zhan's voice.

"Carbon-based semiconductor?" Professor Zhou became excited when he heard the word.

"Carbon-based semiconductors have extremely small densities! And they are very versatile.

"First of all, carbon-based chips can be used in various big data collection and sensors, but in terms of chip manufacturing, because carbon nanotubes have particularly excellent performance

It is not easy to really use it, especially for transistors made of carbon nanotubes.

"In particular, the difficulty of fine carbon nanotube doping is not so high. It can be said that it is impossible to do it with the current technology, even if advanced research equipment can be provided now.

"The second is very flexible electronic devices, which are stimulated by strain or pressure, which causes changes in the contact resistance between conductive elements.

"Then there are wearable devices. Due to the ultra-high flexibility and ductility of flexible electronic devices, they can be particularly suitable for matching the shape characteristics and motion characteristics of the human body to complete functions such as sensing and display."

"The third is medical biomedical sensors. It can be applied to areas where general pressure sensors cannot be easily transmitted, such as blood vessels and lymphatic systems and cells, etc., using the ultra-miniature, extremely sensitive and easy-to-carry characteristics of carbon nanotubes. Make it into a biomedical electromagnetic sensor and inject it into the human body."

"It is completely possible to monitor the influence of electromagnetic waves on the human body at any time, and can greatly reduce the radiation damage of electromagnetic waves to the human body. At the same time, medical personnel can also judge the physiological changes of the human body by measuring the changes in the magnetic field of the human body at any time. This will make it easier to take the appropriate approach for treatment.”

Su Zhan rubbed his temple thoughtfully, if you say that, it's still very useful "Even Su Zhan has thought of various uses in his brain.

Once the chip is successfully developed, the high-density chip can extend the performance of the mobile phone to the same as that of the computer. It is portable and even higher-end than the computer chip. The human body sensor can be used not only for entertainment, but also for war. Among them, medical sensors can also improve the efficiency of patients going to the hospital.

After the rapid operation of the brain, Su Zhan decided to develop this technology.

"System, get the carbon-based semiconductor technology description."

"Okay, it has been placed in the super laboratory.

Su Zhan looked at Professor Zhou and said, "Very well, now call Professor Yang, Dr. Gu Xin, and Ou Yangguang to come to the meeting. I have something to announce!"

"Everyone, I called you here to discuss carbon-based semiconductors. You must have heard a little bit about it, because silicon material chips have been monopolized by the Stars and Stripes. However, the best substitute is carbon-based semiconductors. If It will be a great breakthrough if we can successfully develop carbon-based semiconductors!"

Su Zhan looks confidently at the doctors and professors, he wants to show the world what anti-monopoly is!

"Carbon-based semiconductors? Mr. Su, did I hear you right?" Dr. Gu Xin stared at Su Zhan dumbfounded. This involves his field, and he is most aware of the difficulties involved.

"Mr. Su, you need to know that the biggest challenge for carbon-based materials at present is the problem of large-scale production and processing. The size of the insulating substrate is very precise, and there must be no slight deviation. Although carbon nanotubes with mesh films can be replaced, but based on electronics , how to grow densely on a large scale, it can be said that it is completely impossible to create a uniform pure semiconducting carbon nanotube!"

0 for flowers...

"Then you all come to the lab with me now!" The corner of Su Zhan's mouth turned up, waiting for everyone's surprised expressions.

As soon as everyone entered the super laboratory, they were shocked by the scene in front of them!

What catches the eye is a stack of detailed introductions about the research process and steps of carbon-based semiconductors, with sophisticated measuring instruments next to it.

It's like a question has been given the answer, and I just need to do it step by step according to the method given in the answer!

When Dr. Gu Xin saw such a delicate and accurate measuring instrument in front of him, he immediately rushed up, touching every knob and outer skin, as if it was a treasure.

..........0

In his eyes, such a machine is simply a treasure, but he soon realized something under the gaze of everyone, and quickly let go.

All the doctors and professors covered their mouths and wanted to laugh but had to hold back. It was the first time they saw Dr. Gu Xin so excited.

Su Zhan cleared his throat. I have prepared the experimental procedures and instruments for you. As for the materials, I think they can be delivered to the laboratory tomorrow.

Everyone looked at Su Zhan in disbelief. It is impossible for such an instrument to appear in the world. They have never seen or heard of it, but Su Zhan can own such a unique machine, which makes everyone admire Su Zhan even more. Zhan.

Whether it's alien technology or secret transactions, as a scientific researcher, the equipment you use is the best weapon!

Soon everyone got into the work, and Dr. Gu Xin was in charge of the use of the instrument. The measuring instrument would automatically and accurately cut every micron very accurately, saving a lot of trouble!

The carbon-based material prepared by Su Zhan was sent to the research room the next day. With the cooperation of everyone, the carbon-based semiconductor chip that plagued the world was completed in less than two days!

Everyone did not stop, and Dr. Gu Xin took the initiative to lead the rest of the professors and doctors to prepare for a series of practical applications.

Dr. Gu Xin quickly digitally input the computer chip, data and programs into the chip, and then put the chip into the newly produced Huawei mobile phone, truly realizing the computerization of mobile phones. .