Of course, those things are things of the future after all. Lin Feng shook his head slightly and turned his attention back to the press conference.

"Okay, let's continue."

When Lin Feng said this, the image on the projection screen behind him suddenly changed, and a diagram introducing the general structure of the second-generation brain-computer interface chip appeared.

“This second-generation brain-computer interface chip uses a variety of technologies, one of which we have just introduced.

This technology is called growable electrode technology. This growable electrode is composed of a special molecule that will not trigger an immune response in the human body and will not remain in the body for a long time.

When these special molecules are injected into the brain, if the conditions are right, they will automatically grow along the contacts of the brain-computer interface chip and build and grow growable electrode materials.

What are the advantages of this growable electrode material over the carbon nanotube wires that are directly implanted into the brain as before?
The advantage is that the growable electrodes have a very low manufacturing cost, and the number of electrodes can easily reach tens of thousands or even millions of times the original.

Because previous carbon nanotube electrode materials were welded together one by one, the cost was naturally quite high.

But now it is different. Those special molecules are injected into the brain, and under certain conditions, they build and grow growable electrodes by themselves.

Ultimately, not only is the manufacturing of electrodes faster, as they can be done simultaneously, but the cost of electrodes has also plummeted.

Well, having said that, many people may be quite curious about the number of growable electrodes of our second-generation brain-computer interface chip.

Currently, the number of electrodes possessed by the second-generation brain-computer interface chip has exceeded 30 billion. These 30 billion growable electrodes will be dispersed throughout the brain.

This can not only provide ultra-clear brain wave signals and brain state signals, but also use these 30 growable electrodes to send out corresponding electrical signals to forcibly intervene in the brain.

In other words, with these 30 billion growable electrodes, we already have the ability to forcibly intervene in the brain.

From now on, both knowledge infusion technology and virtual world technology are beckoning us.

Of course, if we really want to develop perfect and mature knowledge infusion technology and virtual world technology, it is definitely not an easy task.

To perfectly master these two technologies, one needs to analyze the brain thoroughly and establish a perfect brain database model.

Ultimately, we will use the 30 billion growable electrodes to send out specific electrical signals to achieve various purposes.”

After hearing Lin Feng's words, the people at the scene and the netizens in the live broadcast room not only did not feel regretful, but were quite excited.

After all, this second-generation brain-computer interface chip has 30 billion electrodes, providing the function of forcibly intervening in the brain.

After that, it should be quite easy to develop virtual world technology and knowledge infusion technology, right?
After all, the first generation of brain-computer interface chips have already achieved the generation of images and sounds in the brain, and are only one step away from generating virtual world technology.

As for knowledge infusion technology, the first generation of brain-computer interface chips can generate images, sounds, and pain, and it seems possible to further upgrade them to knowledge infusion technology.

On the other side, Lin Feng on the stage of the press conference continued to introduce the structural composition of the second-generation brain-computer interface chip.

The main purpose of this structure composition is to introduce what kind of structure is used, how safe the material is, or what major breakthroughs the brain-computer interface chip has. When people heard that this second-generation brain-computer interface chip was actually a 7-nanometer carbon nanotube chip, the scene was instantly shocked.

Because this means that Xingtu Technology has mastered the 7-nanometer carbon nanotube chip production and manufacturing process!
Next, whether it is graphics card chips or other chips, all can use carbon nanotube chips, which also means that semiconductor chips are all eliminated at this moment.

After all, compared with silicon semiconductor chips, the power consumption of carbon nanotube chips is only one-tenth of that of silicon semiconductor chips. Finally, the frequency of carbon nanotube chips can be easily accelerated to 100GHz.

In this case, how should traditional silicon semiconductor chips be used?
It can be said that with the release of the second-generation brain-computer interface chip, it officially symbolizes the rise of carbon nanotube chips and the comprehensive defeat of silicon semiconductor chips, and it also represents the collapse of the Western electronic semiconductor industry!
After all, the core of Western electronic semiconductors is based on the element of silicon. Now that silicon has been eliminated, how can it not mean the collapse of their electronic semiconductor industry?
Under such circumstances, they can no longer maintain their superior position by relying on numerous technical patent barriers.

Instead, it needs to closely catch up with the development of Daxia's carbon nanotube semiconductor industry, just like Daxia did in the past, and contribute a large amount of patent fees to Xingtu Technology.

After all, Xingtu Technology has established a large number of technical patent barriers in the carbon nanotube semiconductor industry.

If they want to use Xingtu Technology's basic patents to manufacture chips, they naturally have to pay patent fees.

Of course the press conference is still going on, and Raymond Lam will not stop just because people are showing shocked expressions.

While people were still in shock, he said the next thing that shocked them.

"Our first-generation brain-computer interface chip was able to simulate hearing, vision, and pain.

This time, our second-generation brain-computer interface chip has achieved true five-sense simulation generation.”

Hearing Lin Feng's calm words, the people at the scene's pupils shrank instantly, their mouths opened wide, and their eyes were full of disbelief.

What did they hear?
Lin Feng actually said that the second-generation brain-computer interface chip has achieved the simulation of the five senses. Is this too exaggerated?
Facing people's surprised and questioning gazes, Lin Feng smiled and said:

“Facts are facts, and we at Xingtu Technology will not lie about this. After all, brain-computer interface chips are already in mass production.

The surgery can be performed as early as today, and the truth will be revealed by then, so there is no need for us to lie here."

After hearing Lin Feng's words, the people at the scene opened their mouths wide, and then their expressions became quite excited.

Because this is a simulation of the five senses!

If this is true, then they are building a world in the virtual world that is the same as the real world.

From now on, you can eat all the delicacies in the world in the virtual world, travel to the most beautiful and magical places in the world, and even do whatever you want with your girlfriend in the virtual world.

From now on, my girlfriend will never complain about me not having enough time for 5 minutes, right?

Thinking of this, everyone's faces became excited and they felt extremely excited. (End of this chapter)