Xueba's technology tree

Chapter 294 The Results of the Space Laboratory

Zhou Yu walked out of Wang Xiaoxiao's office with a face full of excitement.

The performance of this kind of artificial life is really excellent, and Xinghuo Technology has now mastered the cutting-edge technology of biotechnology.

The success of Dayedianlian marks that Xinghuo Technology can control the genes of certain life according to its own will, allowing creatures to carry out life activities according to their own will.

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

Many of the technologies generated by the technology tree in his mind cannot be re-developed on the earth due to the limitations of the material environment and other reasons.

Now the space laboratory has given Zhou Yu a platform for technology research and development on the brain technology tree.

In the next period of time, as expected by Zhou Yu, many technological breakthroughs were made.

Most of the technologies developed by Space Lab are technologies proposed by him.

This kind of technology usually requires Zhou Yu to give experimental conjectures, predict the possible effects, and then design the experimental plan by the quantum computer. Scientists review the experimental plan and start to implement it without logical errors.

There are some technologies that have been accumulated by scientists and summed up in experiments. Most of these technologies are material-related technologies, and scientists have developed new materials by inferring other cases from one instance.

On February 2th, the space laboratory had only been in the sky for more than a month. Zhou Yu sat in the office and summarized the achievements of the space laboratory during this period.

Counting the improvement of the mass projector and the cost of personnel and materials, the total investment of the space laboratory plan is 4900 billion yuan.

The general service life of the space laboratory is 35 years, and it is planned to recover the investment cost within 20 years.

After a month of development, Xianghua calculated that the contribution of the space laboratory to Xinghuo Technology is about 635 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, have a breakthrough.

But this is enough to show that the space laboratory works very well, and its contribution to Xinghuo Technology is far greater than expected.

The contribution of the space nuclear power plant is very large. The Starfire Aerospace Company undertakes orders from all over the world and launches 2 or 3 times almost every night.

On the way back to the voyage, it is loaded with advanced materials produced by the space nuclear power plant, which can save a lot of transportation costs.

The space nuclear power plant equipment is simpler than the ground nuclear power plant, because it does not need to use extra energy to maintain the vacuum state of the nuclear power plant.

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

As long as the particle batteries are replaced in time, the total production value of the space nuclear power plant will be higher than that of the ground nuclear power plant.

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

For example, the joints of intelligent robots and the movement of mechanical equipment all need bearings to realize.

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

Ball bearings can withstand extremely high forces and have a wide range of adaptability, but magnetic suspension bearings cannot withstand high pressure.

The production of balls on the earth is that after the steel balls are cooled, they are continuously polished to form spherical steel balls.

The steel ball needs to be polished, because the molten steel is affected by the gravitational force of the earth, and in the process of forming, a slightly drop-shaped steel ball is formed.

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

The current technology has been able to ensure that the tolerance of each steel ball is very small, and all steel balls are basically approximately the same spherical shape.

However, this kind of steel ball still has flaws. Under the influence of gravity, the alloy material in the molten steel is slightly delaminated.

This cannot guarantee that the materials of the steel balls are exactly the same. In the field of precision manufacturing, the difference between the steel balls will have a fatal impact.

The Space Materials Laboratory produces this kind of steel ball material, which completely avoids similar problems.

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

The space physics laboratory has made the largest contribution, and the contribution of these laboratories accounts for more than 80% of the total contribution of the entire space laboratory.

Scientists are right in predicting that the gravitational force that can be felt in space is clearer, which makes the rapid progress of gravitational related technologies.

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

But the compass will fail in some places, all of which have strong magnetic fields without exception.

Electromagnetic force is one of the four fundamental forces, and it has something similar to gravity.

On the surface of the earth, the gravity of the earth plays a decisive role, and its influence far exceeds the influence of the gravity of other celestial bodies.

Scientists have studied gravity on the surface of the earth, and most of the results they have gained are the characteristics of the earth's gravity.

If you only study on the surface, you can't see Mount Tai with a single leaf, just like a blind man touching an elephant, unable to see the essence of gravity.

The astrophysical laboratory is in the orbit of the earth, and it is greatly affected by the gravity of the earth, but the gravity of the earth has no absolute dominance.

The gravitational pull of the sun and moon affect the instruments inside the space lab.

The space physics laboratory analyzes the gravitational force between the sun, the earth, and the moon. Based on these data, scientists can summarize the more essential characteristics of gravity.

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 catapult is only the gravitational force of the moon, which is only the embryonic form of the gravitational traction technology.

Now scientists have developed a more efficient gravitational traction technology based on the data explored by the Space Physics Laboratory.

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

In a star system, the gravitational force of any planet cannot match that of a star, as long as a little bit of the power of the star is used, it will explode with extremely strong force.

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

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

After calculating the strength of the gravitational pull of the sun and Jupiter, the spacecraft can travel at high speed according to the designed orbit.

The gravitational traction technology relies on the gravitational force of distant planets, and the anti-gravity technology relies on the gravitational force of the host planet.

Anti-gravity technology is to produce a force that is the same in nature as the gravitational force of the planet where the object is located, but in the opposite direction.

This creates a force repulsive effect that frees the object from the gravitational pull of its home planet.

What Zhou Yu values ​​most is the anti-gravity technology. People can adjust the magnitude of the anti-gravity generated by objects, so that the anti-gravity technology can achieve multiple purposes.

He has urged the gravitational laboratory to manufacture standard anti-gravity equipment as soon as possible based on the theory of anti-gravity technology.

　Sorry for the busy farming season.

　　
　
(End of this chapter)