Born Tech Mad

The success of atomic transmission technology has triggered the fantasy of detecting aliens all over the world.

The future of mankind lies in the sea of ​​stars, and the success of atomic transmission technology means that interstellar transportation of materials is no longer a problem. As long as the problem of spaceships as a tool for carrying people is solved, the development of aliens is not a dream.

Various countries have launched heated discussions on this, landing on the moon, landing on Mars, developing alien resources, and expanding territories in the universe. These scenarios that could only be seen in science fiction in the past have begun to become reality. The interest of various countries is strong, and many countries are appealing to invest huge sums of money and invite China to jointly develop aliens.

The Huaxia government is also very interested in the plan to develop aliens and occupy alien resources. Once the colonization of aliens can be realized, China's strength will increase infinitely.

Ross received a call from the central leadership. The supreme leader was seeking Ross's opinion and asked him if he would help the country develop a spacecraft.

For the future of the nation and mankind, the development of aliens will become a trend. Ross feels that it is a good choice to start building spaceships from now on.

Ross's agreement made the country extremely happy, and the Chinese government decided to allocate one trillion US dollars of funds first to let Yuta Corporation help it develop the first generation of spaceships.

Rose readily accepted this task, and really began to design spaceships, working hard for mankind's space dream.

In the Marvel world, Ross has participated in the design of the SHIELD's "helicarrier", which can dive into the deep sea, fly up to nine days, and be perfectly invisible in the air. One of the several ultimate weapons in the world of Weiwei.

The spacecraft that Ross will design will be 10 times larger and more advanced than the space carrier. Ordering 3 super optical brains to continue to help him research the technology of "consciousness transfer", Ross began to use "Huaxia No. 1" to design spaceships.

The spacecraft designed by Ross will be the largest monster in history. It will be 5 kilometers long, 1 kilometer wide and 30 meters high. The take-off weight will reach more than 6 million tons, and its volume and weight will be 60 times that of a nuclear-powered aircraft carrier.

Such a huge spacecraft can carry hundreds of thousands to millions of people at one takeoff, and it will be a veritable space fortress.

To manufacture such a huge spacecraft, the material requirements are very strict. If the materials are not up to standard, the hull of the huge spacecraft is prone to breakage during flight.

With atomic compression technology, the materials used to make spaceships are not a problem. Yuta Corporation can manufacture super metals whose hardness and strength are 1,000 to 10,000 times that of ordinary steel. Moreover, after adopting nanotechnology, the weight of these metals will be similar to that of plastics. Also has resilience.

The hull manufacturing of the spaceship is not a problem for Yuta Company.

The power system is not a problem for Yuta, which has mastered nuclear fusion engines and nanotechnology.

Ross plans to add four huge engines to the spacecraft based on the experience of designing Marvel’s space carrier. These engines will be powered by nuclear fusion engines. Once turned on, each can generate a huge thrust of 6 million tons to support the spacecraft take off.

The appearance of the spaceship is like a space battleship in a sci-fi movie.

Its main function is to transport people and provide life needs for human beings, so the spacecraft must have a complete system to facilitate human beings to live comfortably during the long space flight.

The spaceship is about 30 meters high and is divided into 5 floors. The area of ​​each floor is about 5 square kilometers, which is 5 million square meters, and the size of the five-story space is about 25 million square meters.

There are different spaces on the 5th floor of the spaceship. The first floor at the bottom is the 'nuclear fusion engine room', 'food storage room', 'fresh water storage room', 'seed storage room', 'nerve remote sensing system room', 'weapon storage room' room', 'mechanical storage room''....

The nuclear fusion engine at the bottom is equipped with four nuclear fusion engine units, each of which can provide 6 million horsepower of power. Generally, two units are started and two power units are reserved.

After the spacecraft enters the space without resistance, once the full power is turned on, the speed will reach more than 30,000 kilometers per hour to more than 100,000 kilometers per hour. Such a fast speed, at first glance, is too terrifying, too scary. In fact, in space, many garbage can reach more than 20,000 kilometers per hour under the acceleration of gravity.

Because there is no air in space, no resistance, and low gravitational force, flying in a near-vacuum environment, many objects can reach the first speed in the universe from 7 kilometers to 120 kilometers per second, and the fifth speed in the universe.

The bottom layer of the spacecraft is the most important layer. Besides the fusion engine, the freshwater storage room occupies the largest area. This freshwater room is 5 meters high and occupies a space of nearly 3 million square meters. The fresh water inside weighs 3 million tons. In addition to being used by humans, the water can also be used as fuel for nuclear fusion engines, providing endless energy. Water accounts for nearly 50% of the spacecraft's take-off weight of 6 million tons. This is mainly to meet the needs of people and nuclear fusion engine fuel.

The water, using the most advanced circulation system, every drop of water will be reused. Calculated assuming that the spacecraft carries 500,000 people, the average person consumes 5 kilograms of water a day, which is 2.5 million kilograms a day, which is equivalent to 2,500 tons. Consuming 75,000 tons, the water is enough for humans and nuclear fusion engines to use for more than 3 years.

In the ground floor, there is also a seed storage room, which stores the seeds of more than 1,500 kinds of plants. These seeds weigh up to 1,500 tons and can be sown and grown.

Once the spacecraft carries humans into space, almost everything can only rely on the spacecraft itself, so an ecosystem will be built in the huge spacecraft. The most important of these is oxygen. The atomic transporter can transport various materials, but if it is used to transport air, it is too useful. Therefore, it is king to engage in an ecological cycle and produce oxygen by ourselves.

In this ecosystem, the light source converter can be used to germinate, grow, bloom and bear fruit. During the growth process, these plants absorb carbon dioxide, provide oxygen, and provide an endless supply of fresh air to the closed spaceship.

The fruit of the plant can also provide food guarantee for the spacecraft. Although the atomic recombination machine is installed in the spaceship, it can transport the food on the earth to the spaceship in an endless stream, but in case of emergency, with this ecosystem, even if the spaceship loses power and communication, the premise of all functions Under the circumstances, it can also provide survival guarantee for human beings.

The power system of the spacecraft is composed of 150,000 nanogenerators. These nanogenerators are connected to the nuclear fusion unit. The high temperature generated by nuclear fusion can not only provide huge power for the spacecraft, but also provide huge power for the spacecraft. These Electricity, under the action of nanogenerators, is converted into a power source, which is stored in the ship.

In the weapon storage room of the spacecraft, there are 10,000 liquid intelligent robots, equipped with nano-weapons, electromagnetic weapons, laser weapons, and 1.5 million micro-robot insects. They will explore every piece of alien land for human beings. In addition, 5,000 private aircraft and various vehicles are planned to be installed in the weapon storage room. Covers an area of ​​1 million square meters.

In the mechanical room of the spacecraft, there are tens of thousands of large-scale mechanical parts. As long as Ross gives an order, the intelligent robot can successfully assemble these machines. Large-scale forklifts, bulldozers, drilling machines, excavators, mixers... will be formed , covering an area of ​​800,000 square meters.

The second to third floors are staff living rooms. Each floor has 200,000 rooms, and each room is about 20 square meters. There are a total of 400,000 rooms on the two floors. Even if one person lives in each room, It is enough to live 400,000 people, and if two to five people live, the number will increase several times.

The fourth floor is the entertainment venue.

During the long space flight, human beings will have various feelings of depression and emptiness due to leaving the familiar earth, in order to relieve the uneasiness and anxiety produced by human beings. Let human beings enjoy the same entertainment methods as on the earth during the flight, and relieve various pressures. The space of 5 million square meters on the fourth floor will be built according to the real living environment of human beings.

The entertainment area has 30 football fields, 100 basketball courts, 100 swimming pools, 50 bars, 100 game halls, 30 cinemas, 60 cafes, 50 shopping malls, 100 Chinese and Western restaurants, and even a A forest park covering an area of ​​10,000 square meters.

This 5 million square meter space will adopt light source conversion technology and use the power generated by nuclear fusion to provide an endless stream of imitation sunlight. When people enter the entertainment and living area, they will feel comfortable and comfortable like returning to the earth. .

The fifth floor is the living security area and the ecological environment circulation area.

The fifth floor, with a space of 5 million square meters, has 500,000 tons of soil, spread on the ground of 3 million square meters, and can sow various grains. With the support of light source conversion technology, imitation sunlight allows plants to grow in these soils. Human beings live in spaceships to bathe and conveniently produce sewage, which will be provided to plants as water sources through the sewage treatment system, and plants will absorb various fertilizers, purify the water sources, and then provide pure water to humans, as well as to spaceships. An endless supply of oxygen.

Under the magical effect of the light source conversion instrument, the 3 million square meters of land can produce 1.6 million kilograms of various grains and vegetables a week, equivalent to 1,600 tons, based on the output of 1 tael per square meter per day.

The fifth floor will also be equipped with atomic recombination machines, a total of five, covering an area of ​​2 million square meters. Human beings can use the atomic transmission technology to transmit food and various materials on the earth to the spacecraft. The intelligent robot will classify and process various materials and distribute them to each warehouse of the spaceship.

The take-off weight of the spacecraft will reach 6 million tons, while the outer shell of the spacecraft and the unit itself weigh only 1.8 million tons, because nuclear fusion and water needed by humans account for 3 million tons, and in the ecological environment, soil accounts for 50 tons.

The remaining 1.7 million tons of weight, of which 700,000 tons, will be reserved for the atomic recombination machine. The materials on the earth will directly appear in the spacecraft through the atomic recombination machine, and 700,000 tons will be the storage space for various materials .

The final 1 million tons is the weight of the people it carries. Based on the average adult weight of 100 kilograms, 10 people weigh only one ton. The spacecraft can theoretically carry 10 million people.

For comfort, the spaceship has a total of 10 million square meters of space on the second and third floors to accommodate people, 400,000 rooms, each room is 20 square meters, and if two or three people are crowded, it can carry 1 million people at a time above.

Ross spent a whole week with Huaxia No. 1. After various careful designs, a huge spaceship design appeared in the computer.

The powerful performance of the atomic compression material prevents Ross from calculating the weight per square meter of the spaceship, and does not need to carefully study and calculate the mechanics. imagine.

This huge spaceship is not a simple vehicle, it is a human city in space.

The various ways of life and entertainment of human beings on the earth will all be moved to the spaceship. Even in the case of losing contact with the earth, still relying on these systems, the people on the spaceship can survive for 6 months.

This spaceship is the crystallization of human science and technology, and it will be the embodiment of the comprehensive strength of all science and technology of Yuta Company.

In the spaceship, there are 100,000 intelligent robots of various kinds, and about 1 million to 5 million micro-intelligent machine insects. Every corner of the spaceship has a neural network system. In the entire spaceship, every move of human beings will be Under the supervision of supercomputers. It's not about privacy, it's about security.

During the flight, all kinds of domestic garbage produced by human beings will be sent into the atomic reactor. Under super pressure, all the garbage will be decomposed into atomic states, and the needed atoms will be left behind, and the unnecessary atoms will be released into space. will not cause any environmental pollution.

The huge spaceship has a total area of ​​25 million square meters. The outer shell is made of 10 centimeters thick atomic compression material, which is equivalent to the hardness of a 100-meter-thick superalloy. It's cheap.

Ross handed over the blueprints designed by himself and Huaxia No. 1 to Pangu No. 1, Nuwa, and Yanhuang, using three intelligent optical computers to help him analyze and improve.

After 10,000 corrections by the three ultracomputers, it only took half a month to complete a set of mature spacecraft design drawings.

The design drawings of the entire spacecraft, various systems and parts reached 1 million copies.

Ross sent all the drawings to the various departments of Yuta Corporation, so that all departments could unite to manufacture the first spaceship of mankind.

In the manufacture of such a huge spaceship, a larger factory is required, and more employees operate intelligent robots to complete the production.

Yuta Company began to build a larger factory in Ross Province, and recruited 500,000 technical personnel from all over the country. These 500,000 people will operate 500,000 intelligent robots, using atomic compression materials to manufacture various parts of the spacecraft.

Almost all departments of Yuta Company will send experts to participate in this plan.

The difficulty of this project will be comparable to that of the desert transformation project, and it will surely become one of the greatest projects in human history.

Once the spacecraft is manufactured, it will lead 400,000 to 1 million people into space, and in space, fly at a high speed of 30,000 to 100,000 kilometers per hour. It only takes 3 to 4 hours for humans to reach the moon and reach Mars. It only takes 560 hours, or about 23 days.

If the speed of the spacecraft is to be increased faster, Ross must use antimatter technology to create a more advanced power system for the spacecraft. The power of antimatter is more terrifying than nuclear fusion. Once an antimatter engine is available, it can increase the speed of the spacecraft countless times . It may increase from 100,000 kilometers per hour to 100,000 kilometers per second.

The gigantic spaceship project was started under Ross’s order. The one trillion U.S. dollars provided by the state was actually not enough. In order to support the production, Yuta Corporation invested 1 trillion U.S. dollars to build a factory for the production of various parts of the spaceship.

Once the first spacecraft is manufactured, Yuta has the ability to mass-produce more spacecraft. Humanity's space dream is about to be completed ahead of schedule in the 21st century.

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