Tech Translator

When the data of the gravity processing equipment is stable, it will continue to process the complete gravity regulator.

Yuan Dingfang reached out to pick up the gravity regulator floating in the air.

He began to constantly adjust the parameters of the gravity regulator.

Let the gravity regulator make different actions, and use the gravity regulator to slightly change the surrounding space. and detailed detection.

After discovering that the gravity regulator was working properly, he started shutting down the machine. Keep it out of the air.

After the machine is turned off, it becomes an ordinary translucent sphere. Stop firmly on the floor.

Its hardness is only slightly inferior to silicon gold crystal, and it will never be damaged by wear and tear.

Li Hao saw that the gravity regulator was gradually manufactured.

He nodded secretly, very satisfied with Yuan Dingfang's work.

Gravity Processing Facility continues to manufacture gravity regulators.

Li Hao asked Zhao Jiang next to him, "How is the research and development progress of the atomic robot? Can an atomic robot be manufactured through this gravitational processing equipment?"

"There is no problem in theory, but I don't know if the specific production plan will be successful.

For a robot made up of only ten atoms, the processing method must be fine.

But after processing, whether the atomic robot starts normally according to the setting.

Having never designed a machine this small, I can't guarantee that it will work.

After all, for a robot that is about the same size as an electron, if there is a slight difference in its internal structure, the entire robot processing will fail. "

Zhao Jiang thought of the startled look on his face when he received the task of the atomic robot.

He received the design drawing of the atomic robot from Li Hao, as well as the situation of the gravitational processing equipment.

Zhao Jiang was really confused at that time, and really didn't understand this thing at all.

How is it possible in the world to use only ten atoms to form an efficient robot.

This is a complete fantasy, and it is less reliable than forming a robot from a drop of water.

Even today's nanorobots are not really a few nanometers. Even many times larger than cells.

When he discovered the specific design of the atomic robot, he felt that this kind of robot still had a glimmer of hope for success.

He had never seen a robot with such an exquisite structure, and he didn't know how Li Hao came up with it.

If this atomic robot is to succeed, the impact on the field of robotics is too great.

He completely changed the history of robotics.

Just like the gravity regulator, Zhao Jiang doesn't know what Li Hao does?

But the most obvious application is to use this gravity regulator to build an anti-gravity flying car or an anti-gravity elevator.

It is even feasible to build anti-gravity buildings, and to build high-rise buildings in deserts or oceans.

It is estimated that there will be many novel gravitational applications, which will be brought by the gravitational regulator.

Zhao Jiang recalled the atomic robot, the specific components.

Atomic robots are composed of ten atoms, which are four carbon atoms, two iron atoms, two silicon atoms, one hydrogen atom, and one oxygen atom.

These ten atoms constitute the energy supply module, the remote communication module, the information storage and space detection module, and the thinking and judgment module of the atomic robot respectively.

He discovered that these highly efficient functional modules can be assembled using just a few atoms.

The use of gravitational technology and quantum technology made his super brain feel tired when designing this atomic robot.

The energy supply module is composed of four carbon atoms, which are combined through the electromagnetic induction effect and the gravitational interaction effect.

By absorbing electromagnetic force or gravitational force as the medium, energy is absorbed in space. Provide the energy available for operation for the entire atomic robot.

After this technology is developed, it can capture the gravitational interaction between other stars and the earth.

To generate an endless source of gravitational energy. This is after Zhao Jiang expects to make a breakthrough in nuclear fusion energy in the future. The only new energy technology that can compete with it.

The communication technology of the atomic robot, which is composed of two iron atoms.

Through the special orbital hybridization of the outer electrons of the iron atoms, after the special iron atoms absorb energy.

Their electrons collide with each other, creating a fermion that acts as a bridge for quantum telecommunications.

Zhao Jiang is very clear about the technology of quantum remote communication.

It was researched by Liu Hong, the leader of the quantum technology project team in the physics laboratory of the scientific research building.

Liu Hong studied the special quantum entanglement obtained from a meteorite.

His quantum research has made great progress, and now the laboratory has been able to obtain new quantum stably.

This quantum has been determined, and it is a new type of fermion.

The new quantum communication can be transmitted instantaneously within one light-year and delayed within five light-years.

Its information transmission is very far, and the transmission spectrum of information is very wide. Sufficient to support normal communication needs.

It's just that the manufacturing cost is very high, the cost of manufacturing two pairs of special iron atoms at a time.

It is equivalent to a spaceship, and the cost is really not high, but with the gold-absorbing ability of Qingci Technology, making this will not hurt the bones.

But it cannot be applied on a large scale, mainly because the success rate of its manufacture is too low, which raises the overall cost.

The odds of successfully making this particular iron atom are less than one in a billion.

The hopeless success rate is the obstacle to the development of quantum technology.

Qingci Technology has spent trillions of yuan, almost overdrafting the ten-year scientific research expenses of the scientific research building.

Only four pairs of special iron atoms were successfully produced, two of which were used for laboratory observation.

The remaining two pairs were directly given to Zhao Jiang.

One pair is for the atomic robot, as the sending end of the message. The other pair acts as a receiving terminal, displaying data from the atomic robot.

The information storage and space detection module is composed of two silicon atoms, which interact through the strong interaction force and the weak interaction force.

Perceive the change of the space force where the atomic robot is located. And store information through electronic orbits.

The atomic robot senses what is happening around it through this module.

This image formed by fundamental forces is even more accurate than the image taken by a high-definition camera.

The thinking judgment module is composed of hydrogen atoms and oxygen atoms interacting with each other to form a simple quantum processor.

This is also a major breakthrough achieved by Liu Hong, which was achieved when studying quantum communication technology.

Accidentally quantized two atoms, after they are entangled with each other, they have a stress response to the external information.

After Liu Hong discovered this information, he conducted in-depth research.

Finally found the solution to the mystery, it turned out that a drop of water fell from the instrument.

Among them, hydrogen atoms and oxygen atoms are quantized.

After they are entangled with each other, they have a very peculiar logical judgment ability.

As long as there is a pair of hydrogen atoms and oxygen atoms intertwined with each other.

The logical judgment ability produced by them is completely comparable to industrial chips.

Can achieve the function of controlling the equipment to execute the basic program.

Zhao Jiang combined these modules to form an atomic robot by experimenting with complex combinations.