Zhou Yu walked out of Wang Xiaoxiao's office with excitement on his face.

The performance of this kind of artificial life is so good that Spark Technology has now mastered the cutting-edge technology of biotechnology.

The success of the large-leaved electric lotus indicates that Xinghuo Technology can control the genes of certain lives according to its own will, so that organisms can carry out life activities according to their own will.

Zhou Yu returned to Longshou Building to continue working, and felt much more relaxed, he can now see the future of the company, and the universe is the best journey for Xinghuo Technology.

Many of the technologies generated by the technology tree in his mind could not be redeveloped on Earth due to the limitations of the material environment and other reasons.

Now the space laboratory has given Zhou Yu a platform for scientific and technological research and development on the science and technology tree in his mind.

In the next period of time, as Zhou Yu expected, many breakthroughs were made in science and technology.

Most of the technology developed by the space laboratory is the technology he proposed.

This kind of technology is generally Zhou Yu gives experimental conjectures, predicts the possible effect, and then the quantum computer designs the experimental plan, and the scientist reviews the experimental plan, and starts to implement it without logical errors.

There are some technologies that scientists have accumulated and summarized in experiments, and most of these technologies are material-related technologies, and scientists have drawn inferences from each other to develop new materials.

On February 28, the space laboratory was only in the sky for more than a month, and Zhou Yu sat in the office to summarize the results of the space laboratory during this period of time.

Counting the improvement of the mass projector and the related costs of personnel and materials, the total planned investment of the space laboratory is 490 billion yuan.

The typical service life of the space laboratory is 35 years, and it is planned to pay for itself within 20 years.

After a month of development, Xianghua calculated that the space laboratory's contribution to Xinghuo Technology was about 63.5 billion yuan.

There are also many technologies that are priceless and have no measure at all.

This is related to the fact that the space laboratory has just been deployed, and some projects that are close to maturity, because of the particularity of the space laboratory, the breakthrough is close to the door.

But this is enough to show that the space lab has worked very well, far more than expected to contribute to Spark Technology.

The contribution of the space nuclear power factory is very large, and Xinghuo Space Company undertakes orders from all over the world, and launches 2~3 times almost every night.

On its way back, it was loaded with high-grade materials produced by the Space Nuclear Power Plant, which could save a lot of transportation costs.

The space nuclear plant equipment is simpler than the nuclear plant on the ground, because it does not require additional energy to maintain the vacuum state of the nuclear plant.

The huge electrical energy of the particle battery can also support the normal operation of the space nuclear power factory for a week.

As long as the particle batteries are replaced in time, the gross production value of space nuclear power plants is higher than that of ground nuclear power plants.

The Space Materials Laboratory also has a lot of excellent products, and advanced materials are the cornerstone of scientific and technological realization.

For example, the movement of joints and mechanical equipment of intelligent robots requires bearings.

After the successful development of low-friction materials, ball bearings have replaced magnetic bearings and become the best bearings for mechanical equipment.

Ball bearings can withstand extremely high forces and have a wide range of adaptability, while magnetic bearings cannot withstand very high pressures.

Ball production on the earth is made after the steel balls are cooled and polished to form spherical steel balls.

Steel balls need to be polished because the molten steel is affected by the gravitational pull of the earth, and during the forming process, it slightly forms a teardrop-shaped steel ball.

It must be polished to ensure that the shape of each ball is spherical.

Today's technology has made it possible to ensure that each ball has a very small tolerance, and all balls are basically the same spherical shape.

However, this steel ball is still flawed, and due to the influence of gravity, the alloy material in the molten steel appears slightly layered.

This does not guarantee that the steel balls are made of exactly the same material, and in the field of precision manufacturing, different differences between the steel balls can have a fatal impact.

The Space Materials Laboratory produces this steel ball material, which completely circumvents similar problems.

Not only this kind of steel ball, but also many materials developed by the Space Materials Laboratory cannot be perfectly produced on Earth due to the limitations of the Earth's own characteristics.

The contribution of the Space Physics Laboratory is the largest, accounting for more than 80% of the total contribution of the entire Space Laboratory.

Scientists were right, and the gravitational pull that can be felt in space is clearer, making gravity-related technology progress very fast.

This is actually a predictable thing, the compass can distinguish between north and south, because of the influence of the earth's magnetic field.

But the compass fails in some places, all of which have strong magnetic fields.

The electromagnetic force is one of the four fundamental forces, and it is in some similar way to gravity.

On the Earth's surface, the Earth's gravity plays a decisive role, and its influence far exceeds that of other celestial bodies.

Scientists study gravity on the surface of the earth, and most of the results they have obtained are the properties of the earth's gravity.

If you only study it on the surface, you can't see Mount Tai in a leaf, like a blind man touching an elephant, and you can't see the nature of gravity.

The Space Physics Laboratory is in orbit of the Earth, and it is greatly affected by the Earth's gravity, but the Earth's gravity no longer plays an absolute dominant role.

The gravitational pull of the Sun and the Moon affects the instruments in the spacelab.

The Space Physics Laboratory analyzes the gravitational pull between the Sun, the Earth, and the Moon, and scientists can summarize the more essential characteristics of gravity based on these data.

Now Xinghuo Technology has made two major breakthroughs in gravitational technology, and the total value of these two technologies is difficult to estimate.

They are gravitational traction technology and anti-gravity technology.

The gravitational traction technology used by the mass projector is only the gravitational pull of the moon planet, and it is only the prototype of gravitational traction technology.

Now, based on data from space physics labs, scientists have developed more efficient gravitational traction techniques.

It can use the gravitational pull of the sun to pull an object.

In a galaxy, the gravitational pull of any planet is no match for a star, and with a little help from the star, it will explode with great force.

The relatively mature gravitational traction technology has also realized the ability of multiple planets to achieve gravitational traction simultaneously.

For example, a spacecraft operating in the solar system can simultaneously receive the gravitational pull of the Sun and Jupiter.

By calculating the gravitational traction of the Sun and Jupiter, the spacecraft can travel at high speed according to the designed orbit.

Gravitational traction technology uses the gravitational pull of distant planets, and anti-gravity technology uses the gravitational pull of the planet in which it is located.

Anti-gravity technology produces a force that has the same gravitational properties as the planet itself and is in the opposite direction.

In this way, the repulsion effect of the force can be created, allowing the object to escape the gravitational pull of the planet in which it is located.

What Zhou Yu values most is anti-gravity technology, which allows people to adjust the amount of anti-gravity generated by objects, so that anti-gravity technology can be used for a variety of purposes.

He has urged the Gravitational Lab to build a standard anti-gravity device based on the theory of anti-gravity technology as soon as possible.

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