Academic tyrant: I have become a prodigy since I was able to pursue my academic career with peace of

Otherwise, even if the development is successful, there is no way to occupy the market in a short time. There is no way to occupy the market in a short time, which means the failure of this chip research and development.

Chen Fan closed his eyes, and there were some noisy sounds coming from outside.

"Dean Chen is much more approachable than I thought."

"This is indeed the case, but with this chip, Dean Chen is probably going to be demoted to the altar."

"I think so, but this is normal. After all, chip technology is difficult."

"Well, to be honest, I am a little disappointed. I was still thinking about following Chen Yuan and killing everyone. When I came to this place, I went at this speed.

I don’t know how long it will take to leave."

"It's not that bad. I guess I won't be able to leave for another three to five years."

"Three to five years?! Crazy! I can't stay any longer. Not three to five years later, just one year later, if we can't develop it, the mobile phone market will collapse!"

"Now the hope of the people across the country is pinned on us. It’s difficult, it’s really difficult."

"What to do now? There is no shortcut at all! Chen

Fan sighed inwardly and shouted,"Xiaoqiang, turn on the soundproofing.""

The soundproofing was turned on. Chen Fan could no longer hear any noisy sounds.

This time, it really stumped him.

He was drinking water and thinking, feeling very stressed.

"Maybe consider graphene and carbon nanotubes? Chen Fan's eyes suddenly lit up,"Xiaoqiang, please calculate, what is the probability that graphene and carbon nanotubes will replace silicon and continue Moore's Law as carbon-based nanomaterials?""

Graphene has excellent electrical, mechanical, optical and thermal properties, and can realize various types and functions of devices through micro-nano processing technology.

Graphene-based transistors, diodes, memories, integrated circuits, and batteries have now been developed , supercapacitors, thermoelectric devices, solar cells, photodetectors, sensors and other electronic and optoelectronic devices.

Moreover, he said that the types of intelligent robots manufactured by major countries and previous super energy storage batteries have already used graphene. If it is replaced by ene, the difficulty will be reduced by 30%.

The rest is to experiment again.

Xiaoqiang is crawling around on the screen in a red bellyband, but he is constantly exchanging huge data with the outside world in his mind. quickly came to a conclusion

"Seventy percent chance."Its cute voice sounded,"Dad, the Meiguo Metal Research Institute has prepared a"silicon- graphene -germanium transistor", which greatly shortens the delay time and increases the cut-off frequency from megahertz to gigahertz."

"Moreover, Meiguo MIT has developed the largest computer chip made with carbon nanotubes to date, a 16-bit microprocessor composed of more than 14,000 carbon nanotube transistors. This proves that a microprocessor that surpasses silicon can be built entirely from CNFET. processor."

There was a bit of envy in his words. If that computer chip was used on myself, its performance would definitely improve a lot.

"Now that it has been proven, why is it still 70% likely?"Chen Fan frowned slightly.

"Because it's on daddy's side."Xiaoqiang said.

You are looking down on me!

Chen Fan wants to beat this kid.

"High-quality two-dimensional materials are potential alternatives to current chips, but they are still at least ten years away from the traditional semiconductor industry."

"In addition to graphene, more promising two-dimensional materials include transition metal dichalcogenides such as tungsten diselenide and molybdenum disulfide, but they are still in the initial stage of research."

"Regarding new memory chip technology, mainstream memories such as static memory, dynamic memory, and flash memory currently face insurmountable inherent technical limitations and process challenges."

"New memories can bring unique performance advantages, but they are all made of new materials and have strict processes, requiring large-scale mass production. Still takes some time"

"Among them, pcm, mram, and reram are generally considered to be the most promising new types of non-volatile memories. PCM has the characteristics of low cost and 3D scalability, and is expected to replace some high-end DRAM-based solid state drives; MRAM has the characteristics of fast read and write speed, low power consumption, and low cost, and is becoming a leading candidate for IoT device memory"

"ReRAM has significant performance advantages such as fast read and write speeds and low power consumption, and is expected to bring high-density and low-cost storage applications.

MRAM and spin-transfer torque magnetic memory will replace NOR flash memory in the next few years; ReRAM is a potential replacement for flash memory, but it will still be at least a decade away from full implementation"

"The development direction of chip technology is new architecture transistor technology, new material transistor technology, and new memory chip technology.

Dad can choose one from them"

"Here I will list the current possibilities of developing various chips."Xiaoqiang said, and various chips and data tables currently available for research and development appeared on the holographic screen.

There are various information in this data table. Naturally, it also contains various top secrets. Although Xiaoqiang has independent research and development and calculation capabilities , but because of its hardware and storage problems, it cannot perform large-scale deductions and calculations, otherwise the hardware and storage will completely collapse and then explode.