Zhou Yu returned from the space station, and he devoted his energy to the company's management and technology research and development.

Xinghuo Technology is now a giant company, and every move will have a great impact on the market.

Zhou Yu is now giving instructions to the company, and he also needs to consider all aspects and listen to the reports of the presidents of major business groups.

Xinghuo Technology's current enterprise management is very perfect, and there are few things that can make Zhou Yu make a final decision.

As long as we uphold the concept of technology first and serving the society, no matter how difficult the choice is, there is already a clear direction for choice.

Zhou Yu is most concerned about the scientific research of Xinghuo Technology, and advanced technology is the core competitiveness of Xinghuo Technology.

Xinghuo Technology has always been in a leading position, even if the company's management is not as good as other large enterprises, he will be invincible.

Zhou Yu first came to the Neural Interaction Laboratory and listened to the report of the laboratory director Lu Qinling.

After Lu Qinling saw Zhou Yu's arrival, he said excitedly: "After we developed neural interaction technology, this technology has certain defects, and we have not given up on developing more exquisite neural interaction technology.

This technique requires a small hole in the ear bone and also requires the application of intelligent robotic surgery to complete.

Some people don't want to do this kind of damaging behavior, and they are also afraid of this minor surgery.

Based on consumer feedback and the latest results from the mechanical laboratory, we have developed a nano-neural robot.

It's just over 100 nanometers in size and can burrow into the synaptic cleft of neuronal cells.

It collects electrical signals from neuronal cells and sends out electrical signals for neuronal cells to feel.

With this nano-neural robot, smart devices can interact with the brain in both directions.

This kind of robot is so small that it can pass directly through the cell membrane without destroying human cells and not damaging the human brain at all.

It also monitors the state of neuronal cells in the human brain, and if there is a lesion in the brain, it can feel it immediately. ”

Zhou Yu did not personally experience this nanoneural robot, he waited for the technology to mature, and then used it himself.

He saw testers using this method of nanoneural robotics.

A small bottle the size of a fingernail cap with a light blue mercury-like viscous liquid inside.

Pour this liquid on your hand, and it quickly penetrates into the human body, completing parasitism through the body's neural network.

Zhou Yu saw the efficient interaction between testers and smart devices, and they almost did not delay the completion of various tasks that were impossible before.

"The nano-neural robot is really good, and how far is it from being practical." Zhou Yu asked.

Lu Qinling immediately reported: "Mr. Zhou's nano neural robot technology is now mature.

It can't be put on the market right now because nanoneural robots don't have the equipment to do so.

For a nanoneural robot to reach its full capacity, it must be equipped with a quantum computer.

Only the powerful computing power of quantum computers can calculate the meaning of the signals sent by the neuronal cells of the human brain in an instant.

Now a primitive quantum computer can only calculate the brain signals of about 10 people.

Quantum computers are expensive and occupy a large area that the average consumer simply cannot afford. ”

"I will ask Zhang Wei, the director of the Quantum Computer Laboratory, to develop a miniaturized quantum computer as soon as possible.

Now that the performance of large-scale quantum computer servers is sufficient, we should pay attention to the research and development of civilian quantum computers. ”

Quantum computers have been developed in the direction of large-scale, because they are mainly used for scientific research and large-scale projects.

The performance of ordinary computers for civilian use is sufficient, and there is no need to use quantum computers at all.

However, the emergence of nanoneural robots can enrich the use of civilian quantum computers.

Xinghuo Technology already has a more advanced quantum computer, and countries such as the United States and Europe have worked hard to tackle key problems, and they have also developed a quantum computer with good performance.

Quantum computers don't need to be kept too secret now, and civilian development should also be put on the agenda.

This is a common method used by European and American countries to deal with China, and in the past, when China was catching up with technology, as long as a technological breakthrough was made, European and American countries would lift the technological blockade.

Now Xinghuo Technology is just learning from its predecessors in Europe and the United States.

When Lu Qinling heard Zhou Yu's words, he immediately said excitedly: "Even if it is the initial model of quantum computer, its computing power is enough to support nanoneural robots.

The practicality of our nano-neural robot is so powerful that it is simply unstoppable when paired with a quantum computer. ”

Lv Qinling was full of joy and devoted himself to the follow-up research and development of nanoneural robots.

Zhou Yu came to the gravitational laboratory again, where there are also outstanding scientific research results.

Li Qihua, the director of the Gravity Laboratory, introduced Zhou Yu to a big guy with a diameter of two meters and a length of about six meters.

"This is our gravity laboratory, based on the latest research results of gravity, to build a gravity engine."

"The Space Shuttle mainly used particle electric propulsion engines, and that was because gravity technology was immature at the time.

Now our gravitational engine technology works much better than the particle electric propulsion engine.

The particle electric propulsion engine will not be completely phased out, and it can be used in small spacecraft such as satellites.

The gravitational engine on display is already the smallest scale, but the particle electric propulsion engine can be the size of a palm, which is completely incomparable to us. ”

Zhou Yu saw Li Qihua's confident appearance, and he asked, "Director Li, can you introduce the performance of the gravitational engine?"

Li Qihua said confidently: "Our gravitational engine completely crushes the particle electric propulsion engine.

The gravitational engine boasts two very proud features, and that is its speed and power.

The gravitational engine can easily reach the third cosmic velocity, and if supplied with enough energy, it can reach up to one-tenth of the speed of light.

The universe is too large, and the speed of a spacecraft is the most objective criterion for evaluating a spacecraft.

Now with a particle electric propulsion engine, the average time to get from Earth to Mars is five months. Our gravitational engine only takes half a month.

The space shuttle's three particle electric propulsion engines have a lot of thrust, but it needs to carry a particle battery of sufficient mass and fuel.

It can only use a load of about 500 tons, so such a small load capacity can only transport very few high-density materials.

Our gravitational engines can carry up to 1 million tonnes of deadweight as long as they are supplied with sufficient energy.

Even when transporting high-density materials, it is possible to transport a full warehouse of materials.

The gravitational engine creates a spacecraft that not only has a huge payload, but also has an extremely large traction force.

Even dragging an asteroid in the asteroid belt is effortless. ”

When Zhou Yu listened to Li Qihua's explanation, he was very interested in the gravitational engine.

The gravitational engine is already powerful enough to keep Starfire technology in use for decades.

Zhou Yu suddenly thought of a point that Li Qihua kept emphasizing, and he asked, "Why do you always emphasize that when the gravitational engine supplies enough energy, it will produce extremely powerful efficiency.

Could it be that the current energy supply cannot make the gravitational engine play its due effect? ”