Chapter 663 (2/2)
Even so, the high-tech technology of marching ant group is still emerging, and Chen Mo has no intention of stopping the research.
It is not known to the outside world that these funds may be a lot for them, but not a lot for the March ant group, which is about to carry out the planetary transformation project.
About the plan of planetary transformation, Chen Mo didn't announce it to the public, just to the external surface, and will carry out the Mars exploration and research project.
Flying ant Space Center.
Tiannv's massive body is already at the airport of the base.
Everything is ready.
On board, tiannv carries 107 exploration satellites and 31 type II seismographs.
This is the first exploration mission to Mars. These satellites and seismographs are the vanguard of the planetary transformation project.
Mars exploration satellite is mainly to establish Mars exploration network and collect data and information related to Mars.
Type II seismograph is the first seismograph to enter Mars, and more seismographs will be sent to Mars in the future. Its main task is to monitor the geological activity of Mars, detect the seismic data of Mars, detect the weakness of the Martian crust and the possible movement of the ancient Mars plate.
Collect data for subsequent planetary modification plans.Now it's all about laying the foundation for a Mars transformation project.
With Mo Nu's order, the engine of the tiannv starts, slowly rises into the sky and disappears into the distant sky.
The planetary transformation program has begun.
After the launch of the tiannv, Mo Nu tells Chen Mo who is in the laboratory.
Chenmers is not worried about the problem of tiannv. Tiannv is enough to explore Mars. He has calculated that under the constant acceleration of tiannv, it can reach Mars in a week at most.
After arriving at Mars, tiannv's artificial intelligence will naturally command satellite launch and seismograph installation.
Food and grass go first before the three armies move.
Chen Mo looked at some theories and methods of planetary transformation in the library of science and technology.
If you want to transform a planet, first of all, you need to master the specific operation data of the planet, and design an appropriate transformation plan based on the data of the planet, which is efficient and fast.
The transformation of planets can not be completed overnight.
Planetary transformation requires a computer with a large amount of calculation. Before the transformation, the data are analyzed and processed to simulate the process of planetary transformation and the operation of the planet after the transformation.
It is imperative to manufacture super quantum computer when the ordinary computer reaches the required amount of computation. What's more, the super quantum computer is also an important part of the Mo Nu project.
At present, Chen Mo's key task is to make super quantum computers.
When the company released various products, he was busy with super quantum chips.
Now, the super quantum chip has been designed.
Chen Mo holds a chip half the size of a mobile phone, which is a newly produced super quantum chip.
Combined with the previous experience of quantum chip design, there is also the theory of the golden stage super quantum chip, plus Mo Nu's computing power to rise one level and his evolved super brain.
During this period, he successfully expanded the number of qubits, expanded the number of qubits that can be manipulated by the quantum chip to 1011, and continued to expand to more qubits.
This is the future.
The method of quantum bit expansion has been found right. Next, the design of quantum chip is similar to the increasing transistor of traditional chip. However, the number of quantum bits is increasing, which can be expanded infinitely, and will not have the limit like the transistor.
The computation of 500 qubits has exceeded the sum of all the particles on the earth.
The computation of 1000 qubits is 301 times 1.07 times 10, while the total number of cosmic particles is only about 79 times 2.2 times 10.
As far as the current cognition is concerned, the computing capacity of 1000 qubit supercomputers is almost infinite.
Not long ago, Mo Nu just finished upgrading. At present, her computing capacity is 103 qubits, equivalent to a trillion level supercomputer. Only in this way, Chen Mo has felt the obvious change of Mo Nu, and believes that there should be a qualitative change this time.
Today, 1011 qubits are enough for the second upgrade of Mo nu.
Chen Mo gently returns the quantum chip to the experimental platform.
”Mo Nu, now we're making super quantum computers.”