Nan Yi did not ask the Third Biopharma to send Garen's report to London, but instead flew to Lijiapo himself.

On the plane, he was flipping through articles and reports related to artificial intelligence and robots.

Although the word robot was only created by Karel Cápek in 1921, humans were committed to the research and creation of automated machines as early as the fourth century BC.

In 1931, Adols Huxley created a long dystopian novel called "The Beautiful New World".

In "Beautiful New World", the world in 2532 was a world with highly developed science and technology. At that time, the world had no country, so it was called a world country.

In this world, humans no longer reproduce naturally, but use test tubes to cultivate embryos through technology. In order to make the world countries orderly, there are rulers and ruled, those who are working hard, and those who work hard.

At the same time, in order to facilitate rule, the ruled people do not resist, and the number of human beings that will appear is proportional to the number of people during the embryo cultivation period, and the thoughts and consciousness of these people are set in advance so that these people will develop according to the predetermined plan as soon as they are born.

These people are divided into five levels, some of which are like caste systems.

These levels are from high to low, namely Alpha, Beta, Gamma, Deta and Epsilon, and each level is divided into positive and negative.

Among these levels, the highest alpha is a natural ruler and intellectual, while those below Gamma are physical workers, and the lowest Epsilon does not even need human wisdom.

The process of using science and technology to limit human hierarchy embryos is called "restriction".

In order to give the world a large amount of labor, when making levels such as Ganta, Deta and Epsilon, one egg cell must be split several times to produce more twins with exactly the same personality;

These people were replicated in large quantities as the main tools of social stability, and this process has striking similarities with the cloning technology currently being explored in the 1980s.

As for test tube technology, Nan Yi knows that it is already very developed now, and the success of test tube goats was reported last month.

The technology described by Adosi Huxley is highly developed, but in fact, it has returned to the world of slave society. Nan Yi is not interested. Instead, he has a strong interest in the development of technology.

Many of his conjectures have become reality, and many of them are developing according to the trajectory of his conjectures, especially in biology.

Nan Yi thought that when he had free time, he read "Beautiful New World" several times, then put the book aside and continued to read the information.

During ancient Greece, Aristotle was one of the first great thinkers to think of automation tools. At that time, Aristotle began to consider what impact these tools would have on the entire society.

In 400 BC, Aquitas designed the first automatic machine, the pigeon of Aquitas in Tarentum [ancient Rome, now the city of Italian].

It was a steam-powered automatic aircraft that imitated the anatomy of a pigeon, made of wood, and there was a closed boiler for steam production in the belly.

Therefore, the steam engine was invented by Watt, so it must be questioned.

In 250 BC, Sibius created a water clock, an exquisite automatic machine capable of operating independently.

Starting from the 11th century, the research on automatons entered the "humanoid" era.

Gazali created segmented gears and was widely recognized as the father of robots.

The painting Da Vinci was not doing his job properly and did not draw well, but he studied some helicopters. Fortunately, he drew a sketch and returned to the right path of humanoid automatons.

In 1495, this famous Italian artist and painter designed a knight with independent ability. It includes a series of pulleys and gears, which can complete movements such as moving the arms, chin, and even sitting up.

From the 16th to the 18th century, the development direction of humanoid automatons was deviated and no longer explored in the direction of "replacing humans as labor", but turned to entertainment.

Although the inventions during this period were originally intended to be entertainment, the design of the robot was still quite exquisite. The numerous technologies used in it laid the foundation for the more complex robot solutions later.

Entering the 19th century, humanoid automatons began to become a mysterious creation of a strange nature, fascinating and thrilling people all over the world.

A chess automaton was popular at that time, and many such inventions appeared at the same time, the most famous of which was the "Turkish chess puppet" invented by Wolfgang von Kemperen.

In 1854, the humanoid automaton began to be exhibited.

However, later, the Turkish chess puppet proved to be just a scam.

The humanoid automaton was slapped in the face. What's the point? One Wolfgang von Kemperen was defeated, and thousands of Wolfgang von Kemperen stood up.

In 1912, Leonardo Torres Quevedo created the "chess player", which is a real chess humanoid automaton. This device can play against people and move the chess piece through a circuit and a magnet system.

At the same time, chess players are also considered by some as pioneers of video games.

In 1928, the first robot Eric in the Eagle Kingdom was released. The saying of humanoid automatons was outdated and they were called robots in the future.

The head and arms of the eric can move and can be communicated through radio signals. Its action system is controlled by a series of gears, ropes and pulleys, and sparks can be emitted from its mouth.

Perhaps it was because there was a veteran among the inventors of Eric, and Eric's creation obviously had a military direction exploration.

The following year, in 1929, Japan's first robot, gakutensoku, was unveiled. The internal control system of this robot is more refined, which can not only change facial expressions, but also write Chinese characters.

In the 1940s, the first set of artificial neural networks was officially born.

In 1943, Warren McCulloch and Pitts created a basic neural network built with circuits to better understand how neurons work in the brain.

With the emergence of artificial neural networks, their experiments paved the way for the birth of autonomous robots with complex behavioral capabilities.

Entering the 1950s, another milestone in the history of robot development appeared.

Alan Turing, remember this person, you must remember this person. The pain of big data bombing suffered in later generations is also inseparable from him.

It was he who proposed the concept of artificial intelligence. If he was enslaved by robots in the future, remember to find the real owner when he was whipping the corpse.

Also in the fifties, the first industrial robot, Yumante, appeared, which was able to transport die castings using a robotic arm and weld them into place.

Remember George DeWal, Yumant's patent was proposed by him. If you can't be a factory dog, you can spray it if you want.

In the 1960s, due to the emergence of Yumante, robots began to become popular in industrial environments. General Motors quickly installed Yumante in an assembly factory in New Jersey. After using it, he thought this thing was very reliable, so he found an actuary to calculate it.

"Haha, although this thing is expensive, it is much more cost-effective than raising workers. The most important thing is that this thing doesn't know how to resist. It's very obedient and does whatever you want."

Therefore, General Motors introduced Yumante in its own production factory.

In 1969, Victor Sheman invented the Stanford robotic arm, which is considered to be one of the first robots to use computer-controlled.

Just like Yumant, who operates with a magnetic drum, the Stanford robotic arm also represents a huge breakthrough.

When the time goes by to the 1970s, this will be amazing. The field of robots is in full swing. It is no longer satisfactory to just stay in factories to work. The world is so big that they want to go and see it.

In the early 1970s, the world's first anthropomorphic robot, wabot-1, was released.

Wabot-1 is a follow-up result of the wabot project in 1967 and was created by Kato Ichiro of Waseda University in Tokyo. Wabot-1 has a visual and limb control system that can achieve autonomous navigation, free movement, and even measure the distance between objects.

In 1973, the German company Kuka released Famulus, the first industrial robot with 6 electromechanical drive shafts.

The following year, Richard Horn developed the first industrial computer supported by a small computer - the Tomorrow tool [the        t3.

In 1978, Yuki Makino, a professor at Yamanashi University, invented the selective compliance with the assembly of the robotic arm Scara.

By the time of the 1980s, robots have begun to be marketized, and various robot products have been put on the counter for sale.

Heathkit   hero    1, Born in 1982, it looks like a vacuum cleaner, and is the most promising and popular programmable home robot at the moment.

Its head has a large number of sensors built into it, which can sense light, sound, movement and distance. Users can also choose robotic arms and voice synthesizers, as well as remote controls to control the action of the controller.

rb    robot     rb5x was born in 1983. The appearance design of this robot completely imitates the r2-d2 in Star Wars. It has built-in advanced sensors, onboard batteries and robotic arms, which can lift about 0.5 kilograms of weight and realize programming operations.

androbot    topo, also born last year, this thing already has an alien smell. Users can connect it to the aplle     ii computer through wireless and remotely control it to move forward through computer instructions.

However, apart from being able to move, this robot has no other functions and is expensive to sell, so the market response is not very good.

Last year, another hubotics, which is located in robot servants, was launched on the market.

In fact, it is more like a kitchen multimedia terminal. Users can regard it as a mobile kitchen TV. It also has the function of Atari 2600 gaming machine and am/fm radio. It can also purchase various components such as printers, joint arms, smoke detectors, modems, and remote controls.

Similarly, this thing is expensive and is not sought after by consumers.

There is another robot launched at the beginning of this year, tomy   omnibot     2000. This robot is very cheap, only sold for more than 500 or less than 600 US dollars. It looks a bit like Gedemis [an alien dressed in the Dinosaur Express Ksey, with a bit similar eye layout].

Through training, it can realize the function of pouring wine, whether it is red wine, whiskey, or beer. Users need to manually operate the pouring process through its body buttons and record it on the disk. The next time they are used, they can achieve automated operations.

...

From memory transplant to robots, the span seems to be a bit large, but Nan Yi is very clear that memory transplant may not be possible. Even if it can be implemented, it is a relatively distant thing for the moment.

He couldn't keep throwing money into it and couldn't see any output. Who knows how deep this bottomless pit is? What if he can't see hope even if he spends all the money from the Nan family?

Memory transplantation can be studied slowly. If Nan Yi feels that there is really hope of realization after listening to Garen's report, he will spend money in it, and tens of billions and billions are willing to do so.

But during the research process, there must be some output. For example, "neurons" are used to build a robot brain with certain independent thinking, making the robot smarter and able to do more work.

The yellow people who are the best fools have begun to awaken, but the people have begun to learn to lie flat and are unwilling to be honest and be leeks. Who knows that one day the leeks will be cut.

This is not possible. Since they are unwilling to be leeks, they can only use their consumption value. Anyway, other values ​​are very small, so they simply don’t think about them.

Before the implementation of high-intelligent robots, they first vigorously advocated dedication, let the leeks 996,007 work to the death, and their bodies destroyed them first, so that they would run to the hospital, and they could recover part of the hard money they earned from themselves through biopharmaceuticals, achieving a virtuous cycle of funds.

The earth's population is growing rapidly and the food pressure has further increased. High-population countries will definitely attach importance to the research on poultry, meat and livestock with high yields and high slaughter rates.

The natural living environment on Earth that evolved for hundreds of millions of years has nurtured various species. It would be strange if there are no hidden dangers to change their growth and reproduction methods in a short period of time.

“Biopharmaceuticals…”

Nan Yi tapped the table, his mind was spinning, thinking whether the prescriptions he remembered in his mind should be taken out in advance.

In his original idea, he planned to take it out later. After all, the patent period is twenty years, so the benefits must be maximized as much as possible. The prescription he remembers is not for life-saving purposes. If he takes it out later, he will not feel guilty.

"Let's wait a little longer, start the production line of patented expired drugs first, set up a pharmaceutical factory in China, and set up a rotten drug with other pharmaceutical factories, and give it a recipe for expired cold medicine.

Today, Liuliu, tomorrow, black and white, reduce the content of drugs and stuff more corn starch, and it will become a special effect for children to catch colds. The money is easy to make, and the pigs and sheep can earn, and the dog will naturally earn it.

R&D, do nothing, hundreds of billions of dollars, are real money, investing in real estate money to make money, can you not satisfy a few more women?

Only fools would throw their money into the water. Look, in three months, several patents will expire. These are good medicines. Come on the production line to copy them.”
Chapter completed!