The success of atomic teleportation technology has sparked fantasies about extraterrestrial exploration around the world.

The future of mankind, in the sea of stars, the success of atomic teleportation technology means that interstellar transportation of materials is no longer a problem, as long as the problem of spacecraft as a means of carrying personnel is solved, the development of aliens is not a fool's dream.

There has been a heated discussion about this, and landing on the moon, landing on Mars, developing extraterrestrial resources, and expanding into the universe are beginning to become reality. There is a lot of interest in various countries, and many countries are calling for huge sums of money to invite China to jointly develop aliens.

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

Ross received a call from the central leadership, and the top leader was asking for Rose's opinion if he would be willing to help the country build a spaceship.

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

Roth's agreement made the country very happy, and the Huaxia government decided to come up with a trillion dollars of funds to let Yuta help it develop the first generation of spacecraft.

Ross gladly accepted the task and really began to design spaceships and work towards the human dream of space.

In the Marvel world, Ross was involved in the design of S.H.I.E.L.D.'s 'Helicarrier', which can dive into the deep sea, fly for nine days, and be perfectly invisible in the air. It is one of the several final-level weapons in the Marvel world.

Ross was going to design a spaceship that would be 10 times larger and more advanced than the Helicarrier. Ordered 3 Super Light Brains to continue to help him research the 'Consciousness Transfer' technology. Ross began to use Huaxia 1 to design the spaceship.

The spacecraft designed by Ross will be the largest monster in history, with a length of 5 kilometers, a width of 1 kilometer, and a hull of up to 30 meters. 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 spaceship, one take-off. Capable of carrying hundreds of thousands to millions of people, it will be a veritable battlestar.

To build such a large spaceship, the requirements for materials are very demanding. If the materials are not up to standard, the hull of the huge spacecraft can easily break during flight.

With atomic compression technology, the materials used to make the ship are not a problem. Uta is able to create super metals that are 1,000 to 10,000 times harder and stronger than ordinary steel. And with the use of nanotechnology, these metals will weigh about the same as plastics, and they will also have toughness.

The ship's hull manufacturing was not a problem for Uta.

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

Ross plans to add four massive engines to the spaceship, based on the experience of designing Marvel's space carrier, which will be powered by fusion engines once turned on. Each unit can generate a huge thrust of 6 million tons to support the take-off of the spacecraft.

The shape of the ship. It's like a space battleship from a science fiction movie.

Its main role is to transport people and provide human beings with living needs, so the spacecraft must have a complete system to facilitate human beings to live comfortably in the long space flight.

The spacecraft is about 30 meters tall and is divided into 5 floors. Each floor covers an area of about 5 square kilometers, or 5 million square meters, and the size of the five floors is about 25 million square meters.

The 5th floor of the spacecraft has different spaces, the first floor at the bottom is the 'Fusion Engine Room', 'Food Storage Room', 'Fresh Water Storage Room', 'Seed Storage Room', 'Neural Remote Sensing System Room', 'Weapons Storage Room', 'Mechanical Storage Room', '.......

The lowest fusion engine is equipped with four fusion engine units, each of which can provide 6 million horsepower.

Once the spacecraft is fully powered into space without drag, it will reach speeds of 30,000 to more than 100,000 kilometers per hour. Such a fast speed, at first glance, is too terrifying, too scary, in fact, in space, a lot of garbage can reach more than 20,000 kilometers per hour under the acceleration of gravity,

Because there is no air in space, there is no drag, and the gravitational pull is small, flying in a near-vacuum environment, many objects are able to reach the first cosmic velocity of 7 kilometers to more than 120 kilometers per second, and to the fifth cosmic velocity.

The bottom layer of the spacecraft is the most important layer, and apart from the nuclear fusion engine, the freshwater storage room occupies the largest space. The 5-meter-high freshwater chamber occupies nearly 3 million square meters of space, and contains 3 million tons of fresh water, which can be used as fuel for the nuclear fusion engine to provide endless energy in addition to human use. Of the spacecraft's take-off weight of 6 million tons, water reaches nearly 50% of its weight. This is mainly to meet the needs of human use and nuclear fusion engine fuel.

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

On the ground floor, there is also a seed storage room, which stores the seeds of more than 1,500 plant species, weighing up to 1,500 tons, which can be sown and grown.

Once the spaceship carries humans into space, almost everything can only rely on the spacecraft itself, so an ecosystem will be built in the huge spaceship. Among them, the most important is oxygen, the atomic conveyor can transport all kinds of materials, but if it is used to transport air, it is too big and useless, so it is the king to engage in an ecological cycle and make oxygen by itself.

This ecosystem can use light converters to allow seeds to germinate, grow, blossom and bear fruit, and these plants absorb carbon dioxide as they grow. Providing oxygen will provide an endless stream of fresh air to the enclosed spacecraft.

The fruits of the plants also provide food for the ship. Although an atomic recombination machine is installed in the spacecraft. It is possible to deliver a steady stream of food from the earth to the spaceship, but just in case, with this ecosystem, even if the spacecraft loses power and communication, it can still provide survival guarantee for human beings.

The ship's power system. It consists of 150,000 nanogenerators, which are connected to the nuclear fusion unit. The high temperatures produced by nuclear fusion can not only provide a huge amount of power for the spacecraft, but also a huge amount of electricity for the spacecraft, which is under the action of nanogenerators. It is converted into a power source. Store in the boat.

The spacecraft's weapons storage room contains 10,000 liquid intelligent robots, equipped with nanoweapons, electromagnetic weapons, laser weapons, and 1.5 million miniature robotic insects, which will explore every land of aliens for humans. In addition to this, in the weapons storage room, it is planned to house 5000 private aircraft, various vehicles. It covers an area of 1 million square meters.

In the ship's mechanical room. There are tens of thousands of parts of large machinery, as long as Ross gives an order. Intelligent robots can successfully assemble these machines, such as large forklifts, bulldozers, drilling rigs, excavators, mixers, and ...... It will take shape and cover an area of 800,000 square meters.

The second to third floors are the personnel living rooms, each floor, with 200,000 rooms, each room is about 20 square meters, and the two floors have a total of 400,000 rooms, even if each room is counted as one person, enough to live 400,000 people, if two to five people, the number will increase several times.

The fourth floor is an 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 anxiety and anxiety of human beings. Let human beings enjoy the same entertainment as the earth in flight, and relieve all kinds of stress. The 5 million square meters of space 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 forest park covering an area of 10,000 square meters.

The 5 million square meters of space will use light source conversion technology, using the electricity generated by nuclear fusion, to provide an endless stream of imitation sunlight, people enter the entertainment and living area, as if returning to the earth, will make people feel comfortable and comfortable.

The fifth layer is the life security area and the ecological environment circulation area.

This fifth layer, 5 million square meters of space, has 500,000 tons of soil, spread on 3 million square meters of ground, can sow all kinds of grain. With the support of light source conversion technology, the imitation sunlight allows plants to grow in these soils. The sewage produced by human life in the spacecraft for bathing and convenience will be provided to plants as a water source through the sewage treatment system, and the plants will absorb various fertilizers, purify the water source and then provide pure water to humans, and can also provide an endless supply of oxygen to the spacecraft.

Under the magical effect of the light source converter, the 3 million square meters of land, according to the output of 1 tael per square meter for 2 days, can produce 1.6 million kilograms of various grains and vegetables a week, equivalent to 1,600 tons.

On the fifth floor, there will also be five atomic recombination machines, covering an area of 2 million square meters. Humans can use atomic teleportation technology to transport food and various supplies from the earth to spaceships. The intelligent robot will sort 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, and the hull and crew of the spacecraft themselves will weigh only 1.8 million tons, because nuclear fusion and the water needed by humans will account for 3 million tons, and the soil will weigh 50 tons in the ecological environment.

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

The last 1 million tons is the weight of the people carried, according to the average weight of an adult of 100 kilograms, 10 people weigh one ton, and the spacecraft can theoretically carry 10 million people.

For the sake of comfort, the spacecraft only has a total of 10 million square meters of space on the second and third floors for people, 400,000 rooms, each room is 20 square meters, and if you squeeze two or three people, you can carry more than 1 million people at a time.

It took Ross a whole week, and after all sorts of careful design, a huge spaceship blueprint appeared on the computer.

The strong performance of atomic compression materials allows Ross not to calculate the weight per square meter of the spaceship, nor to carefully study and calculate what mechanics he wants, and he can get the buildings on the spaceship as he wants, anyway, the atomic compression materials have long surpassed human imagination.

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

All the ways of life and entertainment of human beings on Earth will be moved to the spacecraft, and even if they lose contact with the Earth, the people on the spacecraft can survive for 6 months by relying on these systems.

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

In the spaceship, there are 100,000 intelligent robots, 1 million to 5 million micro-intelligent machine insects, and every corner of the spacecraft has a neural network system. It's not about privacy, it's about security.

Under super pressure, all the garbage will be decomposed into an atomic state, and the required atoms will be left behind, and the unwanted ones will be released into space, which will not cause a little environmental pollution.

The huge spaceship, with a total area of 25 million square meters, and the shell is made of 10 centimeters thick atomic compression material, which is equivalent to a 100-meter-thick super alloy hardness.

Ross handed over the drawings he had designed with Huaxia No. 1 to Pangu No. 1, Nuwa, and Yanhuang, and used three intelligent light brains to help them analyze and improve themselves.

After 10,000 corrections by the three superbrains, it only took half a month for a set of mature spacecraft design drawings to be completed.

The entire spaceship has 1 million copies of design drawings, individual systems and parts.

Ross sends all the drawings to the various departments of the Uta Corporation, and they all join forces to build humanity's first spaceship.

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

Uta began to build a larger factory in the province of Rus, employing 500,000 technicians from all over the country. The 500,000 people will operate 500,000 intelligent robots to make various parts of the spaceship using atomically compressed materials.

Almost all departments of Uta will send experts to participate in this program.

This project will be as difficult as the desert transformation project, and it will surely become one of the greatest projects in human history.

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

If he wants to make the ship faster, Ross must use antimatter technology to create a more advanced powertrain for the ship, antimatter is more terrifying than nuclear fusion, and once he has an antimatter engine, it can increase the speed of the ship countless times. It could be increased from 100,000 kilometers per hour to 100,000 kilometers per second.

The huge spaceship project, under the command of Ross, started construction, the state provided a trillion dollars of funds, in fact, is not enough, in order to support production, Yuta company invested 1 trillion dollars to build a factory to produce various parts of the spacecraft.

Once the first ship is built, Uta will have the ability to build more ships in bulk. Mankind's space dream is about to be completed ahead of schedule in the 21st century.

(I don't want to write, I'm not motivated, I'll finish it quickly.) ）

(To be continued.) )