I Am the President of the University

(This chapter is not finished yet, don’t read it yet, wait until morning, I am a waste, I am a dog...)

The entrance to the Intel Corporation building.

When Zhu Chen was thrown to the ground, his mind was buzzing.

At this moment, his mind was completely blank.

This is the first time in his life that he has suffered such an insult.

Although his family was poor and his parents were both farmers, his teachers, classmates and neighbors at school were all very kind to him because he was good at reading.

This has never happened.

"Mr. Zhu, are you okay?"

"Oh, shit! These Intel employees are a bunch of reckless people!"

"Zhu, let me help you up."

John next to him cursed Intel's behavior while bowing down and extending a hand to Zhu Chen.

"Thank you." Zhu Chen smiled with difficulty.

With the help of John's strength, he stood up. His face was not very good, and he stared at the Intel building, motionless.

John on the side said apologetically: "Zhu, I'm really sorry just now, those two security guards were too powerful, and I couldn't stop them..."

Seemingly hearing John's voice, Zhu Chen came back to his senses and shook his head, "It's okay, I don't blame you."

Zhu Chen, who thought of something, turned to John and said calmly: "Oh, by the way, although this transaction failed, you can rest assured that the previously promised remuneration will be credited to your account."

"Thank you very much. Let's go first. If you need anything, please take care of me." Hearing Zhu Chen's words, John and the others breathed a sigh of relief. They said goodbye to Zhu Chen and left one after another.

In the end, only Zhu Chen was left standing there.

He looked at the building, biting his lips tightly, with humiliation and anger in his eyes.

"Intel, I, Zhu Chen, remember today's shame!"

After saying that, he turned around and left resolutely.

On the way back to the hotel.

He was reviewing everything that happened today.

"Why did Apple suddenly intervene?" Zhu Chen was a little unwilling.

Obviously, if you give him another afternoon, after the contract is signed, it will be too late for Apple to intervene...

"call……"

Zhu Chen let out a breath of air.

Looking up, the blazing sun was shining on him, but his body was extremely cold.

He couldn't help but shiver.

"Why do I feel a little cold..."

This made him quicken his pace, and soon the hotel appeared in front of him.

He walked back to the room like the wind.

Sitting on the bed, the number of "Principal" was displayed on the phone.

Follow the public account: Book Friends Base Camp, follow and you will receive cash and coins!

But after just a few glances, he shook his head and whispered: "Not now, the principal must still be sleeping. Let's talk to the principal at night."

Before going out, the principal told me to call directly if there was any important matter. After all, there was a 12-hour time difference between China and the United States.

But it was still past 3 o'clock in the morning in Huaxia, and it was the time when he was fighting with Duke Zhou. Zhu Chen still couldn't bring himself to call Chen Hao.

"Alas..." He sighed and threw the phone casually on the bed.

He stood up and walked to the window of the room, looking at the night view of the city outside. He couldn't calm down for a long time.

What I thought was a sure thing turned out to be Cheng Yaojin.

Don't be angry if you tell him what to do.

"This is how to do ah?!"

Zhu Chen slumped down on the sofa chair, lowered his head, and rubbed his hair vigorously with both hands.

……………………

Dogs can't stop eating shit, and procrastination is getting worse and worse. I'm still writing. I'll wait until I download this chapter again tomorrow. I'm sorry...

…………

The advantage of single-crystal nanotechnology of diamond is the combination of photoelectric calculations, because using it to make photovoltaic cores consumes the lowest energy, which is more advantageous than graphene. The carbon core does not necessarily have to be black graphene, diamond is carbon. .

The carbon application team of Huawei Research Institute is really exploring this. Once the carbon application technology breaks through, it will leave the original limitations of nanotube technology behind. Now it is just short of the critical point.

Diamond can be used as a chip, and it can also combine optical computing and electrical computing. The current chip is electrical computing, and the next generation has two directions. One is an optical core, using photons to replace electrons, but that requires photoelectric conversion, and the other is Use carbon technology to replace the current silicon-based or molybdenum-based ones, and diamond can take into account both. If the process of material ductility and bending toughness is solved, then the next generation of display screens will be integrated with the chip. There will be no circuits or buses. .

Diamond has high strength and is not afraid of damage, but its ductility and bending toughness are not good, and it has no free electrons, making it difficult to conduct electricity.

But diamond has very good light conductivity. Now new technology has realized the stretching and bending properties of diamond nanocrystals. Moreover, the single crystal can achieve good electrical conductivity while maintaining its original light conduction ability.

When using this material to make display screens, there is no need to layer them, and there is no need to equip a decoding imaging chip. They can be made directly together.

Moreover, by using photons to implement operations, the speed, efficiency, and energy consumption of optical logic gates can be reduced by an order of magnitude.

And it will not be limited by the refined manufacturing precision of chips or OLED displays, and the road will be broadened immediately.

With such a display, it is easy to linearly jump to 16K images, and the energy consumption is less than one-tenth of the current level.

Electronic chips or electronic displays are prone to heat, and transistors are becoming thinner and thinner, which requires high production processes. However, diamond soft screens that realize optical computing do not have this display system. The production process of their chips or optical units is currently in production. It is easy to implement and does not require a 7nm lithography machine.

The advantages of photonic screens are robustness, low energy consumption, high power, and easier production than OLED, at least the process is easier. Moreover, it can realize the integration of multiple functions and greatly reduce the production process.

The advantage of single-crystal nanotechnology of diamond is the combination of photoelectric calculations, because using it to make photovoltaic cores consumes the lowest energy, which is more advantageous than graphene. The carbon core does not necessarily have to be black graphene, diamond is carbon. .

The carbon application team of Huawei Research Institute is really exploring this. Once the carbon application technology breaks through, it will leave the original limitations of nanotube technology behind. Now it is just short of the critical point.

Diamond can be used as a chip, and it can also combine optical computing and electrical computing. The current chip is electrical computing, and the next generation has two directions. One is an optical core, using photons to replace electrons, but that requires photoelectric conversion, and the other is Use carbon technology to replace the current silicon-based or molybdenum-based ones, and diamond can take into account both. If the process of material ductility and bending toughness is solved, then the next generation of display screens will be integrated with the chip. There will be no circuits or buses. .

Diamond has high strength and is not afraid of damage, but its ductility and bending toughness are not good, and it has no free electrons, making it difficult to conduct electricity.

But diamond has very good light conductivity. Now new technology has realized the stretching and bending properties of diamond nanocrystals. Moreover, the single crystal can achieve good electrical conductivity while maintaining its original light conduction ability.

When using this material to make a display screen, there is no need to layer it, nor does it need to be equipped with a decoding imaging chip. It can be made directly together.

Moreover, by using photons to implement operations, the speed, efficiency, and energy consumption of optical logic gates can be reduced by an order of magnitude.

And it will not be limited by the refined manufacturing precision of chips or OLED displays, and the road will be broadened immediately.

With such a display, it is easy to linearly jump to 16K images, and the energy consumption is less than one-tenth of the current level.

Electronic chips or electronic displays are prone to heat, and transistors are becoming thinner and thinner, which requires high production processes. However, diamond soft screens that realize optical computing do not have this display system. The production process of their chips or optical units is currently in production. It is easy to implement and does not require a 7nm lithography machine.

The advantages of photonic screens are robustness, low energy consumption, high power, and easier production than OLED, at least the process is easier. Moreover, it can realize the integration of multiple functions and greatly reduce the production process.

The advantage of single-crystal nanotechnology of diamond is the combination of photoelectric calculations, because using it to make photovoltaic cores consumes the lowest energy, which is more advantageous than graphene. The carbon core does not necessarily have to be black graphene, diamond is carbon. .

The carbon application team of Huawei Research Institute is really exploring this. Once the carbon application technology breaks through, it will leave the original limitations of nanotube technology behind. Now it is just short of the critical point.

Diamond can be used as a chip, and it can also combine optical computing and electrical computing. The current chip is electrical computing, and the next generation has two directions. One is an optical core, using photons to replace electrons, but that requires photoelectric conversion, and the other is Use carbon technology to replace the current silicon-based or molybdenum-based ones, and diamond can take into account both. If the process of material ductility and bending toughness is solved, then the next generation of display screens will be integrated with the chip. There will be no circuits or buses. .

Diamond has high strength and is not afraid of damage, but its ductility and bending toughness are not good, and it has no free electrons, making it difficult to conduct electricity.

But diamond has very good photoconductivity. Now new technology has realized the stretching and bending properties of diamond nanocrystals, and the single crystal can achieve good electrical conductivity while maintaining its original light conductivity.

When using this material to make a display screen, there is no need to layer it, nor does it need to be equipped with a decoding imaging chip. It can be made directly together.

Moreover, by using photons to implement operations, the speed, efficiency, and energy consumption of optical logic gates can be reduced by an order of magnitude.

And it will not be limited by the refined manufacturing precision of chips or OLED displays, and the road will be broadened immediately.

With such a display, it is easy to linearly jump to 16K images, and the energy consumption is less than one-tenth of the current level.

Electronic chips or electronic displays are prone to heat, and transistors are becoming thinner and thinner, which requires high production processes. However, diamond soft screens that realize optical computing do not have this display system. The current production process of their chips or optical units is It is easy to implement and does not require a 7nm lithography machine.

The advantages of photonic screens are robustness, low energy consumption, high power, and easier production than OLED, at least the process is easier. Moreover, it can realize the integration of multiple functions and greatly reduce the production process.