You are worth tens of billions before you come to the system?

There is a manor across the Hudson River Park in New York. The fence is more than two meters high, and armed guards patrol the interior around the clock.

From the outside, it looks like an ancient castle in medieval Europe, but inside it is a unique place. It doesn’t look like a room, but an exhibition hall for all kinds of technological products.

They range from dynamic high-speed balancing vehicles to micro rocket launchers, for both civilian and military use.

"How about it?"

Musk rode a balance bike and took Lin Zitai on a tour, with a proud face: "Welcome to my secret base."

Compared with some businessmen who like to collect antique flowers, he prefers to collect these technological products.

There were also weapons with powerful destructive power inside, but they were also obtained by him through various channels and methods.

He plans to wait a hundred years to open a museum and make all the products available to the public.

These products are the history of the progress of human science.

"What a benefit."

Lin Zitai sighed sincerely, and his mouth felt sour.

This exhibition hall should be every boy's dream.

The last thing that amazed him so much was probably when his father hired someone to dig a pond in the family orchard when he was a child.

He stood by the pond, watching the excavator working, staring blankly all afternoon.

At that time, Lin Zitai did not understand how such a small person could drive such a large machine and be so flexible.

So for a long time, his biggest dream was to own an excavator and become an excavator master.

But as I grew older, this dream was forgotten for some reason, and was gradually replaced by money, sex, and power.

At first he thought Musk wanted to take him to see the Crazy Horse show, but now he discovered that this was far more interesting than the Crazy Horse show.

Especially in the car exhibition hall, he saw the world's first car, the Carl Friedrich Benz, a three-wheeled car born in 1885.

Every decade there is a special model of car, all the way up to Tesla electric cars in recent years.

"Lin, please come with me."

Musk took Lin Zitai to a room, which should be an independent exhibition hall to be precise. It was filled with bionic human limbs and several robots of different shapes.

"This is the latest product developed by a bionic technology laboratory I acquired in England last year."

Musk picked up a product similar to a head massage and put it on his head: "Unlike traditional bionic hands, which use myoelectric information to control the arms. With the new generation of bionic hands, we are trying to access the brain for neural control..."

He picked up a bionic arm and swung his fingers flexibly as the green light at the interface turned on: "It's just a transmission problem. There has never been a better solution."

The bionic hand suddenly picked up the cup on the table. Musk seemed to want to control the bionic arm to help him drink water, but the water cup was slowly brought to his chest and was suddenly crushed.

With a look of disgust on his face, Musk took off his water-stained coat: "It always happens like this. When I concentrate, my grip strength increases. When I don't concentrate, my grip strength is too light. And when I control it, Delay, not necessarily every instruction can be executed correctly."

Lin Zitai said: "You can set a strength threshold, just like the anti-pinch function of a car window. If the resistance becomes greater, the grip strength will be automatically reduced. This technology should not be difficult to achieve."

Musk shook his head: "The hand you are talking about is a robotic hand, not a bionic hand. The premise of a bionic hand is to simulate a real arm as much as possible, and even feel the touch and texture of objects."

"is it possible?"

Lin Zitai was skeptical.

He is not surprised that bionic hands can replace arms, because this technology was born more than ten years ago.

The muscle peristalsis of the amputated limb releases signals to operate the bionic hand to perform some simple movements.

But it’s too difficult to simulate real touch and texture.

Because it involves the sympathetic nervous system and the central transmission system of the brain.

Just like a normal person with his eyes closed, he can judge the material of the object by touching the texture and feel of the object.

For example, a glass water cup or a stainless steel thermos cup has a neural memory because it has been exposed to it many times.

As long as a finger touches the object, the material of the object can be immediately identified.

Bionic hands are like using chopsticks to touch objects.

When operating, you can only feel the material of the chopsticks, but you cannot feel the material of the object the chopsticks touch through the chopsticks.

"Lin, you'll know after you try it."

Musk warmly invited Lin Zitai and taught him how to use this external brain computer.

Now the brain computer is just a semi-finished product. If they can solve the central system and nerve transmission, the brain computer will become a chip embedded and placed behind the ear or the back of the head.

Lin Zitai saw six conductors inside the brain machine, which were attached to the temples, behind the ears, and on the back of the neck.

As long as a person is alive, brain waves are being released every moment, just like a mobile phone can send and receive signals.

The conductors are attached to these six locations, where the frequency of brain waves outside the body is strongest. If the brain computer is successfully developed, it can be built-in, and it will probably be embedded in these parts.

"Concentrate on the bionic hand, think of it as your own arm, and operate it."

Musk followed the instructions, but the next second his eyes suddenly widened: "Oh my god..."

When he first learned to connect the bionic hand, it took him more than two hours before he could move his fingers slightly.

But it only took Lin Zitai more than ten seconds to complete the connection, and he could move his fingers without even being taught.

Musk looked incredulous: "You are a genius."

"Is it?"

Lin Zitai was thoughtful, operating his bionic hand, and was about to pick up a document on the table. Suddenly he heard the texture of paper, and his face was full of doubts: "How is it possible that the touch can be so real?"

"Look at the palm of the bionic hand."

Musk was absent-minded, still marveling at Lin Zitai's powerful learning ability.

It’s really unbelievable that the bionic hand can be controlled so well after being connected for the first time.

Compared to him, I look like a loser.

"I see."

Lin Zitai suddenly understood, pointed at his eyes and asked, "This brain computer should have nerves connected to the eyeballs."

The densely packed conductors on the palm transmit information to the external brain-computer through wireless transmission technology.

Vision, hearing, smell, taste, and touch are also called the five senses, and the five sense nerves are all the same.

For example, some Japanese spoof variety shows ask artists to reach into a black box and take out a certain prop to complete a task.

If you can't see it, you will be very nervous, but if you see it, even if it is a snake, your fear will be reduced.

If you see a snake, your nerves will associate it with its smooth scales, thereby evoking the relevant tactile memory.

This should be the working principle of why brain computers can feel the touch of paper.

The eyes see it as paper,

So tell your brain, this is paper.

My mind recalled the feeling of touching paper before.

The brain is actually very easy to deceive.

Just like a scientist once conducted an experiment on death row prisoners, locked the prisoner in a secret room, blindfolded him, and then made ice scratch his wrist, and then let him hear the sound of dripping water.

The next day, the scientists opened the secret room again and found that the prisoner was dead on the seat.

By simulating wrist slitting, the prisoner was tricked into thinking he was dead.

This is also a very famous classic case of psychological suggestion in psychology.

The field of neurons is mysterious because there are so many related things...

Musk was stunned and full of admiration: "Mr. Lin, you are so amazing, just like what our scientists said."

Lin Zitai laughed a few times: "I once heard Mr. Ye talk about it, and I also learned a little bit about it."

Musk hurriedly asked: "Has Mr. Ye done any research on this aspect?"

"There should be. His research directions are very complex. I only care about funding. He can research whatever he wants to research."

"Haha... Same as me. Professional things should be left to professionals. We only want results."

Musk took out a parameter information of the bionic hand: "Mr. Lin, please give this information to Mr. Ye to see if there is room for improvement."

The biggest problem with the sympathetic nerves in bionic hands is that they have problems with their conductor design and do not have a thorough understanding of neurons.

Bad contacts happened from time to time and could not be solved. He hoped that Ye Wudao could help give some advice.

In fact, he also thought about inviting Ye Wudao to the bionic technology laboratory in California to assist in research and development.

But with Lin Zitai's character and the characters of those politicians, Ye Wudao would never be able to leave as long as he dared to come.

"Mr. Musk, thank you for your trust. I will definitely quote your exact words."

Lin Zitai was stunned, with a hint of admiration on his face. Musk was actually willing to share such important bionic technology.

Whether it is for the sake of all mankind sincerely,

It doesn’t matter if you spend thousands of gold to buy horse bones.

Lao Ma has a big pattern... (End of chapter)