After rebirth, I started a life of attributes

The super nuclear aircraft carrier "Jingwei" finally ushered in its first voyage after hundreds of days and nights of intense construction.

This 330-meter-long aircraft carrier with a displacement of 12 tons uses a third-generation nuclear power plant independently developed by the team led by Chen Feng and Li Nian.

This device is efficient, clean, and durable, making the aircraft carrier not only very fast during navigation, but also has extremely strong endurance.

On the day of the first voyage, the sky was clear and the sea was sparkling. At 9 a.m., the "Jingwei" slowly left the dock under the guidance of the tugboat and began its first voyage.

The first thing to do is the speed test. Driven by the nuclear power plant, the "Jingwei" accelerated rapidly, reaching a high speed of 30 knots in just one minute. This speed is nearly twice as fast as a traditional powered aircraft carrier, giving the "Jingwei" a faster reaction speed and a larger action radius on the battlefield.

Next is the load capacity test. On the deck of the aircraft carrier, rows of advanced carrier-based aircraft and various weapons and equipment are parked. With the strong support of the nuclear power plant, the "Jingwei" easily carried these heavy equipment, demonstrating its excellent load-carrying capacity.

Then came the test of the attack system "Poseidon's Spear". This system consists of missiles, naval guns and carrier-based aircraft carried by the aircraft carrier. It has the capabilities of long-range strike, precision strike and three-dimensional strike.

During the test, the "Jingwei" successfully launched the missile and accurately hit a distant target. At the same time, the carrier-based aircraft also completed the attack mission against simulated enemy ships, demonstrating the powerful power of the "Poseidon Spear".

The last thing to be conducted was the test of the defense system "Poseidon Shield". This system uses advanced radar, missiles and close-in defense guns to effectively intercept various threats from the air, surface and underwater.

During the test, the "Jingwei" successfully intercepted multiple simulated missiles, demonstrating its indestructible defense.

After a day of testing, the "Jingwei" successfully completed its first launch mission.

This super nuclear aircraft carrier has become the world's number one aircraft carrier with its superior performance, powerful firepower and defense.

After testing the initial flight performance of the super nuclear aircraft carrier, Xia Guohai and the Military Department were full of praise for the abilities of Chen Feng and Li Nian. They not only made great contributions to Xia's aircraft carrier career, but also won Xia's respect on the world stage.

Vice Minister Xia Guohai met with Chen Feng and Li Nian in person and expressed his sincere gratitude to them. He said: "Chen Feng and Li Nian, you have made great contributions to Xia Guo's aircraft carrier cause and are the pride of Xia Guo's aircraft carrier cause. We deeply admire your ability and dedication."

Chen Feng and Li Nian responded humbly: "The minister has given you the award. We just fulfilled our responsibilities and made a little contribution to the country's aircraft carrier cause. The success of this project cannot be separated from the team's efforts and the Navy Department." strong support.”

The Xia Guohai Military Department praised Chen Feng and Li Nian not only because of their professional abilities and outstanding contributions, but also because of their spiritual outlook. They faced difficulties, dared to challenge, and had the courage to innovate, setting an example for Xia Guo's aircraft carrier career.

At the conclusion of the first flight ceremony of the super nuclear aircraft carrier, Xia Guohai and the Military Department once again expressed their gratitude to Chen Feng and Li Nian. They personally awarded the "Aircraft Carrier Research and Development Merit Award" to Chen Feng and Li Nian in recognition of their outstanding contributions.

Chen Feng and Li Nian, two young scientists, relied on their ingenuity and innovative spirit to successfully develop three major technologies: the Kirin mecha, the supersonic stealth fighter and the super nuclear aircraft carrier, making great contributions to Xia's military science and technology undertakings. Made outstanding contributions.

In addition to the commendation from the Xia Guohai Military Department, in recognition of their outstanding achievements, the Xia Guo Science and Technology Ministry also decided to award Chen Feng and Li Nian the title of "National Academician", which is one of the highest honors in the Xia Guo science and technology community.

The awarding ceremony was held at the Xia State Science and Technology Department Building. On the same day, Deputy Minister Xia Guo of the Ministry of Science and Technology personally presided over the awarding ceremony and issued "National Academician" certificates to Chen Feng and Li Nian.

At the awarding ceremony, Vice Minister Xia Guo of the Ministry of Science and Technology highly praised the contributions of Chen Feng and Li Nian. He said: "Chen Feng and Li Nian, with your intelligence and innovative spirit, you have successfully developed three major technologies and made great contributions to Xia State's scientific and technological undertakings. You are the pride of Xia State's science and technology community, and also The pride of the people of the country. Today, we award you the title of 'National Academician' in recognition of your outstanding achievements."

Chen Feng and Li Nian responded humbly: "The minister has given you the award. We just fulfilled our responsibilities and made some contributions to the country's science and technology industry. This honor is not only for the two of us, but also for the team." The honor is the honor of all scientific researchers.”

After the awarding ceremony, Chen Feng and Li Nian accepted media interviews. They said that receiving the title of "National Academician" is an affirmation of their past work and an incentive for their future work. They will continue to work hard and make greater contributions to Xia Guo's scientific and technological undertakings.

……

After Chen Feng won the honor of "National Academician", he decided to take a long vacation to enjoy life and spend time with his family and his wife Li Yu.

This decision made his relatives and friends feel very happy, because they knew that Chen Feng had been working hard for his career and it was time to take a good rest.

Chen Feng first arranged the family's trip. He chose a small town with beautiful scenery and went there with his wife Li Yu and their children.

In this small town, they lived in an antique B&B and experienced the rich local culture.

Every day, Chen Feng takes his family to visit different attractions, taste local food, and feel the local customs.

He will explain all kinds of interesting knowledge to the children and let them learn while playing. Li Yu was responsible for taking photos and recording the happy times of the family.

In addition to traveling, Chen Feng also decided to spend more time with his family. He began to learn how to cook and cook a sumptuous dinner for his family.

He would accompany the children to do their homework and answer their doubts about their studies. On weekends, he would take his family for a walk in the park or go to the cinema to watch a movie.

These seemingly ordinary things made Chen Feng's family feel full of happiness.

Of course, Chen Feng will not forget his wife Li Yu who accompanied him. He will prepare a romantic date for her, choose a restaurant with an elegant atmosphere, taste delicious food, and chat about each other's past.

On special days, Chen Feng will surprise Li Yu with carefully prepared gifts. He will also accompany Li Yu to her friends' gatherings to witness her growth and joy. During this break, Chen Feng also picked up his hobbies again. He began to read some books that interested him and learn new knowledge.

He also signed up for a calligraphy training class to cultivate his sentiment. These activities fully nourished Chen Feng's heart and made his life more colorful.

Chen Feng's rest period not only allowed him to spend an unforgettable time with his family, but also made him cherish every moment with his family even more.

He deeply understands that career is important, but the company of his family and loved ones is the most precious wealth in life.

After the break, Chen Feng returned to work with full harvest and emotion, and continued to contribute his strength to the country and society.

And his family became happier because of his company.

……

After a break, Chen Feng returned to work again and took on the arduous task of researching space shuttles for the country. His old partner Li Nian also joined the project, and together they began this research that challenged the limits of mankind.

Their goal is to develop a manned spacecraft that can break the gravity of stars and travel through space. In order to achieve this goal, Chen Feng and Li Nian started a lot of research and experiments.

They first analyzed the characteristics of stellar gravity and its impact on spaceflight. They found that stellar gravity is determined by the mass and distance of the star, and to break this gravity, a device that can generate reverse gravity is needed.

After many discussions and experiments, Chen Feng and Li Nian finally determined a device called a "gravity inverter". This device can generate reverse gravity by changing its own mass distribution, thus counteracting the impact of the star's gravity on the spacecraft.

Next, they began to design the overall plan of the spacecraft. They decided to design the spacecraft into a large cylindrical structure, with the manned area in the middle and thrusters and gravity inverters on both sides. The surface of the spacecraft is covered with a special material that can withstand high temperatures and cosmic ray radiation.

Chen Feng and Li Nian named the spacecraft "Space Ranger". They hope that this spacecraft can travel freely through space and explore unknown galaxies and planets like the Rangers.

The design plan of the "Space Rangers" was finally finalized after many revisions and improvements. Chen Feng, Li Nian and their team began the manufacturing and assembly of the spacecraft.

During the manufacturing process, they encountered many difficulties and challenges. For example, they need to create thrusters and gravity inverters that can withstand huge pressures and temperatures, as well as manned zones that can protect astronauts.

In order to solve the problem of the "Gravity Inverter" device of the "Space Rangers", Chen Feng and Li Nian led the team in two years of arduous research. They are well aware of the importance of this device, which is the key to achieving a spacecraft that breaks the gravity of the star.

In the past two years, Chen Feng, Li Nian and their team devoted almost all their time and energy to research. They read a large amount of relevant literature and conducted countless experiments and simulations.

They first studied the basic principles of gravity and understood the mechanism of stellar gravity. Then, they began to explore how to generate reverse gravity through devices to offset the impact of the star's gravity on the spacecraft.

After countless attempts and failures, Chen Feng and Li Nian finally discovered a special substance that has the ability to change its own mass distribution. They further studied and found that by controlling the motion state of this material, reverse gravity can be generated.

Based on this discovery, Chen Feng and Li Nian began to design a "gravity inverter" device. They employ advanced technology, including sophisticated control systems and efficient energy conversion devices. They also introduced artificial intelligence algorithms to achieve intelligent control and optimization of the device.

After repeated testing and improvement, Chen Feng and Li Nian finally successfully designed a true "gravity inverter" device. This device can precisely control the motion state of matter and generate enough reverse gravity to offset the impact of the star's gravity on the spacecraft.

The advent of this "gravity inverter" device marks a major breakthrough in human aerospace technology. Its successful development laid a solid foundation for the realization of "Space Rangers".

After solving the problem of the "Gravity Inverter" device of the "Space Rangers", Chen Feng and Li Nian led the team to start research on the "Thruster". They understand that in order for the "Space Rangers" to truly travel in space, in addition to overcoming the constraints of star gravity, they must also have strong propulsion.

In order to develop this "propeller", Chen Feng, Li Nian and their team consulted a large amount of literature and conducted countless simulations and experiments. They studied the principles of various propulsion technologies, including chemical propulsion, electromagnetic propulsion, nuclear propulsion, etc., and finally decided to use a technology called "quantum pulse propulsion".

This "thruster" uses the principles of quantum physics to generate powerful propulsion by controlling the transition of quantum states.

Chen Feng and Li Nian discovered that when they inject specific materials into the thruster and stimulate quantum state transitions of these materials through laser beams, they can generate huge reverse thrust.

In order to ensure that the "thruster" can work stably in extreme environments, Chen Feng, Li Nian and their team used advanced materials and precise control systems.

This "propeller" uses special alloy materials and ceramic composite materials to withstand high and low temperature environments.

After a series of tests and experiments, Chen Feng and Li Nian found that this "propeller" can work stably at temperatures up to several thousand degrees Celsius, and can also operate normally at temperatures of several hundred degrees below zero or even lower. This allows Space Rangers to adapt to a variety of extreme environments, whether close to stars or traveling through the cold interstellar space.

In addition to temperature resistance, Chen Feng and Li Nian also focused on the efficiency and energy utilization of the "propeller". They use efficient energy conversion devices to ensure maximum energy utilization of the thrusters, thereby providing more powerful propulsion.

After two years of arduous research, Chen Feng, Li Nian and their team finally successfully developed this "propeller". This thruster not only has powerful propulsion power, but also has a high degree of reliability and stability.

Chen Feng, Li Nian and their team are full of confidence in this "propeller". They believe that this thruster will make the "Space Rangers" truly conquerors of space, allowing humans to freely explore every corner of the universe.

However, their mission is not yet complete. They also need to conduct further testing and verification to ensure the performance and stability of the "thruster". At the same time, they also need to continue to research and improve other related technologies to achieve the comprehensive development and application of "Space Rangers". (End of chapter)