Chapter 377: Technical Difficulties

"WALL-E, immediately send all the technical data to the Academy of Aerospace Science and Industry. Pen, fun, pavilion www. biquge。 infoLet them put new technologies to work as quickly as possible! Yuan Haochen ordered.

"That's it, boss, you've helped them solve a big problem!"

The phantom of the artificial intelligence WALL-E resurfaced in the air after a burst of light, and sending information was only a matter of thought for the artificial intelligence system, but the core program was set, and he had to obtain the authorization of Yuan Chen!

"Although we have solved the core technical problems, the industrial design and practical application are the real huge projects!"

"Boss, are you lazy?" Vali asked.

"Lazy, sort of. Because we have more important tasks to complete as soon as possible! ”

Yuan Haochen knew very well that although he had completed the theoretical exploration of ultra-solid defense technology, the follow-up task was the real trouble. Even with the all-out efforts of tens of thousands of professional scientists and engineers, it will be a challenging task to apply ultra-solid-state defense technology to spacecraft in the short term.

There is a saying that today's theory, tomorrow's technology, the acquired product. It is not easy to go from theory to practice, and this is the truth.

Advanced scientific and technological theories are finally fully applied, and a lot of manpower and time are consumed in the process, but theoretical breakthroughs and innovations need to burn the soul, sweat and inspiration (metaphor) of genius scientists, and not everyone can afford this responsibility.

Therefore, although as early as a century ago, the scientific team of the Institute of Space Science and Industry of the Interstellar Exploration Alliance had put forward a theoretical model of the Tata civilization spherical ship defense technology, it was not until today that Yuan Haochen finally perfected the technical theory system.

The key reason is that the shell of the super-solid special metal nucleus on the surface of the battleship is like the material of a white dwarf, and this shell cannot maintain the special state of super-solid for a long time for no reason. After all, the battleship is not a real white dwarf, it does not have high temperature and pressure, and it does not have the blessing of terrifying gravity.

In such a situation, the Tata civilization constrained the outer special metal material of the ball ship by establishing a strong interaction force field. However, in the scientific and technological system of human civilization at that time, the theory of great unification had not yet been perfected, although the scientists of human civilization had the technology to use electromagnetic force to create gravitational fields, but it was only a superficial understanding like a gourd. The transformation theory and technical model between strong interaction force, weak interaction force, electromagnetic interaction force and gravitational interaction force have not been thoroughly penetrated.

It was not until later, after Yuan Haochen completely solved the problem of the grand unification theory, that human civilization truly mastered the ability to use electromagnetic force to create strong interaction forces.

......

Under the action of the strong interaction force field, the nuclei in the special metal materials are closely arranged one after another, and at the same time they are consolidated and connected with each other, like nails slammed on the backplate one by one, and finally, even the atomic vibration is completely stopped.

Theoretically, the shell of the nucleus of an ultra-solid special metal should appear as a smooth mirror surface with almost no friction from a macroscopic perspective, and can even reflect light at nearly 100% efficiency.

However, in the actual process of constructing the strong interaction force field, Yuan accidentally discovered that all kinds of electromagnetic waves (radio waves, microwaves, infrared rays, visible light, ultraviolet rays, X-rays and γ rays) will be quickly captured by the strong force field when they are close to the strong interaction force field because of the small mass of their particles. This phenomenon is like a black hole devouring light. The end result is that conventional telescopes, electromagnetic waves and other detections cannot detect the warship covered with the shell of the ultra-solid special metal nucleus. So, in the eyes of the enemy, it is like a stealth battleship.

Of course, factors such as the impact of a massive object on its surface, or the increase in the temperature of the outer shell caused by strong energy (the heat accelerates the motion of atoms), can cause the dense nuclei to tremble, and when the tremor amplitude exceeds the limit, it may cause many dense nuclei that were originally consolidated together to fall apart.

Therefore, the strong interaction force field must be strong enough to exist stably and continuously, and the requirement behind this is an infinite source of energy!

In the original encounter between the Fifth Space City Group and the Tata civilization, it was the terrifying energy that erupted after the collision of more than 100 space cities and the continuous high temperature of hundreds of millions of degrees that pulled out the "nails nailed to the nuclei" and broke the strong connection between the nuclei. When the tremor amplitude of a large number of dense atomic nuclei exceeded the limit, and even the strong interaction force field created by the Tata civilization ball ship could not be suppressed, the ball ship was finally desperately attacked by human civilization!

"With this technology, our spaceships and space battleships will become unbreakable!"

At this moment, the phantom of the artificial intelligence WALL-E was still surviving around the shiny metal material.

"It's a little unsettling that an AI can also be interested in military issues." Yuan Haochen said with a look of disapproval, "Besides, you're thinking too optimistically, what a luxury it is to equip every warship with ultra-solid defense technology. At least for a long time in the foreseeable future, the technology is unlikely to be widely adopted. Otherwise, why is the number of ball ships in the Tata civilization so small? ”

"The boss always has his own reason!" Vali muttered softly to mimic a human.

"We now have to develop a way to efficiently break down this layer of turtle shell." Yuan Haochen continued.

"Break the turtle shell!? Didn't you say that the tortoise was extinct long ago? Vali was puzzled.

"Therefore, you not only have to improve your humanistic literacy, but also find ways to improve your literary literacy. I'm talking about turtle shells as a metaphor! ”

"Metaphor? Well, I'll keep learning! ”

......

Yuan Haochen thought about it, and in the future space war, he would definitely encounter enemies like the Tata civilization.

Even if the fleets of human civilization cannot be as impregnable and impregnable as the other side, they must at least have the ability to break through the enemy's defenses. He absolutely can't tolerate the tragedy of the Fifth Space City Group to happen again!

To fight against strong interaction forces is equivalent to against the nucleus of an atom.

Therefore, some scientists have proposed to bombard enemy ships with the energy of bombarding atomic nuclei (such as the way of a large collider), which is indeed possible to break through the single layer of ultra-solid special metal nuclei layer, but that is only a part of the microscopic scale, and it is entirely possible that the strong interaction force field can quickly repair the damaged part.

Even if it can launch high-speed nuclei with enough energy to penetrate enemy ships. There is also a fatal problem with this method against enemy ships - it is simply impossible to make the nuclei flying out of the accelerator fly randomly at the enemy.

Therefore, attacking the ultra-solid special metal nucleus layer by means of a few light-speed nucleon collisions is not enough to pose a lethal threat to enemy ships.

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I wish you all a happy new year and all the best. (To be continued.) )