The Spark of Technology

Why should we announce controllable nuclear fusion technology and new material technology? Author, do you have any foreshadowing or something? I don't understand it at all! Even free technology cannot be cheap for foreigners, especially the United States. You have to compromise just because they threatened you a few times. You must know that your protagonist is supported by a country with nuclear weapons that can compete for the world's top position, and your controllable nuclear fusion and tri-titanium alloy technology are still shared with the country. Will the country allow you to share the technology? For example, have countries shared missile technology? Some things cannot be shared, and even patents cannot be applied for.

After reading it, I wonder if the author has written a book before. It is very taboo to start a business with classmates alone. It is not good and there is no privacy. You also bring plug-ins. The first product, wireless charging, is a bit too high-end. It has no core thing of its own. It is just an accessory on the market. If you have a patent, it will be useless. Look at the hinge of Xiaomi mobile phone. If you don't copy it and change it into your own, you will either die or die when you cross the river with a gold ingot. It is best to slowly fight monsters and level up from childhood to adulthood, why are you so anxious?

The transaction volume is 3.2 Billion. It is a small company, or it is authorized. Can you tell me what a big company is? Does it have to be the top 500? Note that this is pure profit

Smoking and drinking, right? What you, the main character, do makes me not want to watch it now.

The front part is like a lump... But the back part is okay after it is put on the shelves. I suggest the author change the front part. There are too many poisonous points.

It's rare for the protagonist's name to persuade me to give up. I'll leave a paw and look back to see if the author is a eunuch.

NB, five chapters a day, I'm embarrassed to keep a book

Another book about black technology, the protagonist takes charge of all research and development and technology, and takes the road of the final product. Students with bachelor's, master's and doctoral degrees in relevant majors will be unemployed after graduation, relevant research institutions will fall behind in scientific research, and relevant industries will go bankrupt if they are not sold at low prices. Readers who often read novels about rebirth in the last century should be familiar with these. The protagonist is exactly the same as the comprador of a foreign giant, except that the protagonist works as a comprador for a system that has no desires or demands.

The damage caused by the dust during space navigation is not low. If ordinary materials are still used, they will be penetrated by the ultra-high-speed dust. Materials also need to be upgraded. Inner-layer electron bonding The increase in the strength of the inner-layer electron bonding can increase the strength of ordinary materials several times - although from a physical point of view, the strength of inner-layer electrons is not as strong as that of outer-layer electrons. But once the inner layer is bonded, the bond length will also change. If this is included, the increase in strength will be considerable. (If you want to calculate it more accurately, use the Bohr orbit calculation, directly use the orbit of the electron after stripping off the outer electrons to reduce the radius, and then square it, which is the enhancement factor.) If not, then an accurate calculation is basically that for each layer of inner electrons that form bonds, the outermost electron radius shrinks ten times and the volume shrinks at least 100 times. In other words, by raising one level, the volume will be reduced by 100 times, the quality will be increased by 100 times, the melting point will be increased by 100 times, and the strength will be increased by 1000 times. For example. Normal iron mass is 7.86 Grams per cubic centimeter, melting point is 1538°C, yield strength is between 200~300MPa, and tensile strength is between 300~500MPa. (1MPa is equal to one square centimeter and can withstand 10.2 Kilograms of force) This is calculated according to the strength of the electron bonding in the sub-inner layer (third layer) of iron under conventional physics. The mass per cubic centimeter is about 7000 grams, and one cubic meter is 7000 tons. The melting point is 150,000 Kelvin and the boiling point is 300,000 Kelvin. The yield strength is 250TPa~300TPa, and the tensile strength is 400TPa~450TPa. (1TPa is equal to the force that can withstand 10,200 tons per square centimeter, 1TPa=1000GPa=10^6MPa) This strength can withstand a nuclear bomb not far from the center of explosion with almost no damage. Method for making inner layer electronic bonding material. (It should be roughly like this) First ionize all the electrons, remove the original orbits, re-inject some electrons to create a new electron orbit radius, and then pressurize them to combine - probably like this.

Energy and weapons issues. Only one thing is needed to solve it. "Magnetic Monopole" Proton catalysis, when a dipole encounters a proton, it decays from the proton into a positron and a neutral pion. TT mesons will quickly decay into y photons, which means that protons will suddenly turn into a big lump of antimatter and light. As long as there is matter in this universe, there is no need to worry about energy issues.