The so-called divergence of thinking actually refers to the creativity of human beings themselves.

This is also the biggest difference between humans and machines.

Machines will only continue to complete the work according to the established procedures, but people are different. They will accumulate experience in the process of creation, and after a certain level, they may break through the current technology.

This is definitely a good thing for the development of science and technology, but it is also these things that make humans themselves unsuitable for repetitive work.

Being tired and hungry is one thing, but the most important thing is that the human body itself cannot concentrate for a long time.

For many ordinary people, the phenomenon of mind wandering often occurs when working.

This is actually the brain paddling secretly.

Especially after working for a period of time, the human body will start to think about things involuntarily.

And this is what is called divergent thinking.

The divergence of meaningful thinking is called inspiration, and the divergence of meaningless thinking is called fishing.

No matter which one it is, it means that the human brain will be very active.

In itself, the human brain is a very compact instrument.

The current is all the codes in the computer connected in series.

But the human body is not a dead thing with traces like a computer.

Therefore, it is very simple to read brain waves, but it is very difficult to read them accurately.

This is also the reason why Wang Chen is too lazy to study in depth.

When the brain controls its own hardware, that is, the brain electricity intensity of the limbs will be significantly stronger, which means it is easier to read and judge.

But that's just for current in terms of limb hardware.

If it were just thinking, it would be too difficult to capture meaningful things from the clueless stream of points.

The biggest problem for global research institutions in this area is how to carry out accurate identification when the human brain is relaxed.

So far there is no good solution.

All that I can think of are similar to Wang Chen, using voice assistance to make judgments with artificial intelligence.

Unless the research on the brain goes to a very deep level, a solution may be found.

But now Wang Chen obviously does not have time to do this step.

The technician at the flower factory was obviously knowledgeable, although he was surprised that Wang Chen could achieve an accuracy of more than 80% while the human body was concentrating.

But again, the human body itself cannot concentrate for a long time.

If it cannot be accurately identified under normal circumstances, then this technology is still somewhat useless.

But then again, assuming that the human body can habitually concentrate when issuing key commands.

That may also allow this technology to achieve a good use effect.

This is due to the strong adaptability of the human body.

After this talent told everyone what he knew, Mr. Ren also touched his chin and started thinking.

Huachang has also done research on brain-electricity interaction, but the results are not good.

Not to mention reaching an accuracy of more than 80% when concentrating.

Our own technology cannot even achieve 40%.

So this is why flower factories are vigorously promoting artificial intelligence.

Brain-electrical interaction is a relatively distant future technology. Before this technology is perfected, the human body itself still needs to communicate and cooperate with artificial intelligence through speaking.

Anyway, in daily use, a delay of one or two seconds does not matter much.

From Jin Sanshi's words, we can also know that Wang Chen researched this technology only for the use of individual mechas.

I don’t have many ideas to continue researching.

If this is the case, based on the state of this semi-finished product, Mr. Ren is not sure whether there will be any reverse effects if it is rashly loaded onto his own interactive device.

Mr. Ren is like this, and the other big guys are even more similar.

Not to mention that many of them are related to automobiles. Even if they were not, several other big guys who are also mobile phone manufacturers would not dare to make rash bets at this time.

They haven't even developed a new generation of interactive devices yet, let alone loaded this new technology that is obviously a bit unreliable.

However, there were exceptions. Mr. Lei, who was sitting silently, was thinking about it in his heart.

With the rapid development of rice phones, the first generation of rice phones has reached the winding stage and is expected to be officially released early next year.

As the release time approaches, Mr. Lei now also faces a problem.

That is, rice phones seem too mediocre.

This mediocrity does not refer to the hardware. After all, based on Apple’s high-end chips and Hongmeng’s latest system, the quality of rice phones is no worse than other brands.

However, rice now encounters a problem.

That is, you cannot make your own characteristics.

As long as there is no generation gap in everyone's hardware, accurate positioning is the key to whether one can survive.

In the past, rice relied on low price and high cost performance. In the era when foreign brands were dominant, it was hard to rely on this thing to carve out a bloody road.

But it doesn’t work anymore. As the founder of Rice, Mr. Lei knows the suppressive power of Rice in the low-end market.

It's almost impossible to fight rice head-on.

Even though you have tens of billions of funds, this amount of money is just a small waste in the mobile phone market, and it will be gone if you don't pay attention.

With this little capital, it is impossible for me to start a price war with rice. I don’t have the capital.

But if we don't enter the low-end market, we will have more difficulties in the high-end field.

Nowadays, among the top players in the mid-to-high-end field of mobile phones, including Huachang, Nokia, Apple, Samsung, and Vivo, which one is worse than me?

Especially the first ones, they need fans and fans, and they need skills and techniques.

Even the rice of that year could not suppress them in the technical field, let alone the rice of today.

Strictly speaking, Rice is still just a new assembly plant.

Therefore, if you want to break the situation, you must take a path that others dare not take.

But until now, Mr. Lei has not found a sufficiently adventurous direction.

In desperation, he could only rely on his own fame to keep rice running normally.

But just now, I heard a technology that seemed to be very good.

Rice has done research on brain-electrical interaction before, but it was just a brief trial.

I have a certain understanding of this stuff myself.

Flower factories really don't need to take too big risks for this technology that is still in a semi-mature state, but they can try it themselves.

If nothing else, these four words "brain-electrical interaction" come with high-exposure marketing.

If the cost can be reduced so that more people can use it, maybe a new path will be opened up.

However, there are risks involved. If this technology is not recognized by the market, then this impact will affect the brand of the company that was just founded.

This is undoubtedly a gamble.
Chapter completed!