The

Chapter Development of nuclear fusion engines

Gaoyang and the government have reached an agreement to help the country improve its naval strength and transform the Wagliang aircraft carrier, which is not yet combat-capable, into a super aircraft carrier with super combat-capable combat-capable, providing security guarantees for the country's 4.73 million square kilometers of sea areas. The country is willing to give up the benefits brought by two major state-owned enterprises of PetroChina and Sinopec, and support Gaoyang's solar smart cars to start production.

This agreement is understandable. The weak navy has almost never won the country since the Sino-Japanese War of 1894-1895. It was bombarded by the strong ships and powerful guns of imperialism, bringing a century of humiliation history. Developing a strong navy to protect our country's gate has always been one of the country's strategic goals. Unfortunately, due to the country's technological blockade, the country cannot import the leading technology and cutting-edge weapons of developed countries. The foundation for weapons research and development of its own country is relatively weak, which has caused the navy's strength to be still weak. If Gao Yang really changes all this, it will be of great significance to the country, and everything is not measured by money and energy.

The aircraft carrier is a giant, the largest weapon in human history. The heaviest Nimitz aircraft carrier in the United States reaches 100,000 tons, or 100 million kilograms. To allow the engine to drive such heavy things, strong technological strength is required.

The new generation of American carriers uses nuclear reactors as power and adds nuclear fuel at one time, which can allow the aircraft carrier to run for fifty years. China's aircraft carriers are still burning diesel. The United States' aircraft carriers use electromagnetic catapult fighters, while China's aircraft carriers have to glide and take off, and even the steam catapult problem has not been solved. Even the steel plate on the deck is much worse than that of foreign countries. There is a generation difference between the two types of aircraft carriers. Even foreign media satirizes China's Wagliang aircraft carriers, which are not real aircraft carriers, but just larger ships.

Huaxia purchased abandoned aircraft carriers from abroad and transformed them into Wagliang aircraft carriers in order to explore the technology of manufacturing aircraft carriers, and finally build their own aircraft carriers, making a powerful navy. However, the aircraft carrier is a huge weapon system and is extremely difficult to develop. Fortunately, everything can be handed over to Gaoyang now.

Gao Yang returned to Tianyang City and directly drilled into the base he built. After several months of renovation and investing billions of dollars, it was already full of various machines. This place became Gao Yang's technology base and private warehouse.

In the base, dozens of scientific research rooms have been completed, half of which have been completed. Gao Yang drilled into a closed nanolaboratory, which is about 3,000 square meters in size and has two nano production lines for Gao Yang's experiments and research.

The thick electronic door of the laboratory was locked. After checking the iris, fingerprints, sounds, and passwords, the scanning laser stopped and Gao Yang entered the laboratory.

In the laboratory, Gao Yang sat down and tapped the crystal table with his hand. Gao Yang thought about it. Now Gao Yang has two super engines. The first solution is to study antimatter engines, the future world, all space warships, all spacecrafts, and their power systems are antimatter engines.

The antimatter annihilation engine can provide infinite energy and even patrol the speed of light of warships. If they have an antimatter engine, humans can build super warships and fly from Earth to Mars, which only takes 24 hours.

However, before developing an antimatter engine, antimatter must be created first. This antimatter is very terrible. They are composed of antimatter particles and combined with matter and will release gamma rays. That is to say, antimatter, when it comes to any matter, will produce a big explosion, and the energy is many times stronger than the power of a hydrogen bomb. This material has the terrible power to destroy the planet.

In the United States science fiction novel "Escape to the Doomsday: Destruction of Earth", the hero and heroine, with the help of scientists at Fermi National Laboratory, successfully used an intercontinental missile carrying 35 grams of antimatter to bomb the neutron star that hit the Antarctic spacecraft base, and it was once bombarded by thousands of nuclear bombs without any harm.

The current world is China University of Science and Technology in collaboration with American scientists to discover the heaviest antimatter particle to date - anti-helium 4. On June 5, 2011, researchers from the CERN announced that they had successfully captured anti-hydrogen atoms for more than 16 minutes.

Antimatter is the final energy, which can release energy 100% efficiently (the probability of nuclear fission is 1.5%. Antimatter does not cause pollution or produces radiation. A small drop of antimatter can maintain the kinetic energy throughout New York throughout the day.

However, antimatter is extremely unstable. It can turn anything it comes into contact with into ashes, and even air cannot be missed. Just one gram of antimatter is equivalent to the energy of a nuclear bomb of 200,000 tons, which is more than 2,000 times stronger than the atomic bomb that was thrown on Hiroshima back then. Once antimatter is not controlled well, it can instantly destroy the entire earth. Antimatter is the most powerful energy source known to mankind.

So far, all human research is still stopping at the discovery of antimatter, not to mention how to extract antimatter particles and use antimatter to make antimatter into an engine. That is just a concept.

Gao Yang has the super scientific knowledge of the future. Three hundred years later, antimatter technology has matured, and Gao Yang is the pioneer of this technology. Technology is not a problem for Gao Yang. The problem is the material and technological level. Without super materials and strong technological foundation, Gao Yang cannot produce antimatter weapons and antimatter engines.

After thinking for a while, Gao Yang finally decided to start developing antimatter, but the engine of the aircraft carrier is now impossible to use antimatter engines. The only option is to use a ‘nuclear fusion engine’.

Nuclear fusion is also a super energy, second only to antimatter.

Nuclear fusion refers to a nuclear reaction form that occurs when atoms with small mass, such as deuterium and tritium, under certain conditions (such as ultra-high temperature and high pressure), the nuclei polymerize each other, generate neutrons and helium-4, and is accompanied by huge energy release.

Nuclear fusion reaction fuel can extract the isotope deuterium of hydrogen extracted from seawater. If 30 grams of deuterium contained in every liter of seawater are extracted, a complete fusion reaction can release the energy equivalent to 300 liters of gasoline when burning. Based on the current world energy consumption level and seawater stock, nuclear fusion energy can be used by humans for hundreds of millions or even billions of years.

Nuclear fusion engines are the best choice for Gao Yang at present. If this engine is realized, it will be almost a earth-shaking revolution for mankind.

In Gao Yang's memory, there is now a talented boy in the United States named Taylor Wilson. When he was 14 years old, he built the core of a mini nuclear reactor in the laboratory of Davidson College, becoming the 32nd individual in the world to complete nuclear fusion and the youngest among them.

The United States is giving away money to this genius boy to help him study nuclear fusion, but for Gao Yang, this 17-year-old genius is just a baby in front of him. The technology of nuclear fusion is so powerful and complex that this genius may only understand one-tenth of it until he dies.

Gao Yang has complete nuclear fusion technology, but only needs a super igniter to ignite nuclear fuel. Using atomic bombs to trigger nuclear fusion can only trigger a hydrogen bomb explosion, but is not suitable for nuclear fusion generators, because the engine does not require an astonishing explosion force, but requires the slowly released electricity.

Regarding the problem of "ignition" of nuclear fusion, the development of laser technology has made it possible to solve the problem of "ignition" of controlled nuclear fusion. At present, the world's largest laser output power reaches 100 trillion watts, which is enough to "ignite" nuclear fusion. However, such a high-power laser output is enough to cut off power in many cities.

In addition to lasers, ultra-high microwave heating can also be used to achieve the 'ignition' temperature. Many countries in the world are actively studying the theories and technologies of controlled thermonuclear reactions. Currently, China, the United States, Russia, Japan and Western European countries have invested 10 billion US dollars. They also study nuclear fusion. China has also joined the research on this technology with 4 billion yuan of equipment. The purpose of this technology is to fundamentally solve the energy problem.

And Gao Yang will be ahead of all countries and leave them a hundred years behind.

Gao Yang plans to use double ignition to ensure that the nuclear fusion engine can 100% ignition successfully. Laser technology and microwave technology are just side dishes for Gao Yang. Controlling nuclear fusion and making his combustion within a controllable range also requires super materials, which is what stumps Gao Yang.

Gao Yang plans to use super plastic, super nanomaterials, and super ceramics as the raw materials for nuclear fusion engines.

Plastics can isolate power supply, and no matter how powerful the current is, it cannot burn plastic. However, nowadays, human plastics are too fragile. Gaoyang uses nanotechnology to develop a super plastic with a hardness of 50 times that of steel and a weight similar to ordinary plastic. This plastic can control the super current generated by nuclear fusion. It is used as an internal combustion engine of nuclear fusion engine. The super current generated by nuclear fusion will be controlled under this material.

After the super nanomaterials and ceramics are combined, various units of nuclear fusion can be manufactured. The hardness of these supermaterials reaches 100 times that of tempering, the heat resistance is 50 times that of steel, and it will also be insulated. These supermaterials will ensure that the engine parts will not heat up, will never rust, and will not be afraid of any chemical corrosion.

The electrical energy generated by nuclear fusion will be converted into kinetic energy under the control of these super materials, providing a powerful power output to the aircraft carrier.

Gao Yang is currently unwilling to waste brain cells anymore, so he directly handed over the combination design of materials, engine design technology, and the process of producing these super materials to Yanhuang.

Yanhuang stored most of Gao Yang's knowledge and concepts, 95% of the knowledge on the earth, plus 100,000 trillion computing power and artificial intelligence per second. It began to design these things under Gao Yang's command. When designing, Yanhuang would automatically simulate the production and manufacturing of these things, as well as the situations that arise during the molding operation.

After spending an hour of calculations on the nuclear fusion unit, it already has a perfect solution.

After spending five hours on Yanhuang, five super materials production lines have been created. From the purchase of raw materials to the research and development of machines for manufacturing these raw materials, all the processes have been added up to tens of thousands.

Gao Yang took Yanhuang and printed it out. The information that was high in one person, frowned. Everything, technology has been done, and the raw materials can also be transformed into super materials with ordinary materials.

Materials, money, and technology are hard to deal with Gao Yang.

What stumped Gao Yang was where to find talents? These technologies were advanced. Even the most powerful scientists in humans were only studying where to find people to produce these things? Just by himself, he could not complete so many jobs.

After thinking for a while, Gao Yang sighed helplessly: "It seems that I can only rely on robots and can only use intelligent robots to produce these things. Otherwise, if all the scientists on Earth are used as workers, they will not be able to produce these things for me. Only intelligent robots can do it. As long as they implant chips, these guys can work perfectly."

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Chapter completed!