Marvel Little Genius

Chapter 108

“Welcome home, Mark.”

“Long time no see, J.A.R.V.I.S.” Putting on his comfortable slippers and putting down his heavy luggage, Mark returned to his room and fell on his back on the bed.

With the genetic samples of Ulu Metal and Thor brought back from New Mexico, Mark has ordered Hengpao to send them back to his company’s laboratory first.

What annoyed him was that he devoted himself to the collection of Ulu Metal and forgot to collect more genetic samples from the Asgard quartet. It could be said that he missed a great opportunity and wanted to encounter such a great opportunity again. Unless Mark can go to Asgard himself, he can only wait until Asgard is subjugated by Thanos, and all the people of God’s Domain have migrated to the earth. “Seven One Zero” is really a long wait-

But for now, Mark has no intention of continuing to study the secrets of Ulu Metal and Asgard’s genes. The battle of Hengpao against the Destroyer has had a great impact on him.

Mark didn’t expect that his confident antimatter annihilation bomb could not defeat the Destroyer. Although he believes that as long as he continues to increase the antimatter content in it, he will definitely be able to change this result, but the impact will not be able to bear by himself.

Therefore, after receiving the lessons of this defeat, Mark believes that his top priority is to create his own assassin that can limit the damage to the surroundings within a certain range, while also being able to accurately strike the target and eliminate it.

And the weapon concept that can meet these two requirements at the same time, the first thing that pops out in Mark’s mind is the space-based weapon!

Space-based weapons, as the name suggests, are weapons that launch attacks from the sky. Specifically, it is a weapon system launched by weapons carrying platforms (satellites, space stations, etc.) in earth orbit or other planetary orbits and used to strike the enemy’s ground, underground, sea, on-orbit strategic targets and harmful targets outside the sky.

Because it is deployed in space, as long as the number of equipment is sufficient, it can achieve all-weather, all-weather, dead-angle strikes without worrying about the embarrassment of forgetting to bring equipment.

Moreover, its deployment method determines that it is in an absolute advantageous position on the battlefield, and it is more difficult to destroy. It can be said to be a perfect weapon concept. If you ignore its high cost and technical bottlenecks that are difficult to accurately locate.

However, whether it is money or technology, these two points are not a problem in Mark’s view, because he wants money and money, and Ability and Ability, and he has all the basic conditions to complete this idea.

For the idea of ​​space-based weapons, there are currently two main solutions.

The first solution is a simple version that converts gravitational potential energy into kinetic energy. The principle is to send a 50-ton tungsten rod into space. A weapon carrying platform can accommodate 10 tungsten rods. One tungsten rod is about 5M in length and has a diameter of Around 0.8M.

The tungsten rod has a high density and a mass of about 50 tons. The tungsten rod is thrown from space to the earth through the aiming system, and the target is hit by the acceleration of gravity. The power is comparable to a nuclear bomb, but there is no nuclear radiation and nuclear pollution. It can be said to be highly efficient and environmentally friendly.

There are only two difficulties with this solution for Mark. The first is how to accurately aim. When tungsten rods fall from space, they will be affected by the earth’s atmosphere. How to accurately achieve precise strikes based on its aerodynamic characteristics and the environmental characteristics at the time is a difficult problem.

The other is that although the tungsten rod can withstand high temperatures below 3390 degrees Celsius, the violent friction in the atmosphere during the fall will still cause great loss of its quality, and ultimately affect the attack effect.

Regarding the first difficulty, as long as a suitable landing algorithm model is adapted, and a posture adjustment system is added to the tungsten rod, the problem can be solved. As for the second point, it’s even simpler. It’s a big deal to spend a little more money and coat the surface with a layer of five-carbide and four-tantalum hafnium. Everything is not a problem. 0…

But Mark does not intend to use the first space-based weapon plan, because its strike speed is too slow!

If it is a devastating blow to a place, its Ability definitely is beyond doubt. But for an enemy who can move and escape, when the tungsten rod falls to the aiming point through the action of gravitational acceleration, the enemy has already noticed it and avoided it.

Therefore, Mark’s research and development direction will be the second form of space-based weapons-launching high-energy particle beams to perform energy strikes on targets.

The principle of high-energy particle beam is to use an accelerator to accelerate particles such as protons and neutrons to a very high value, and to form a very thin particle beam through electrodes or magnetic clusters and emit them for bombardment of targets.

The projection speed of particle beam weapons is close to the speed of light, and the energy transmitted by the particle beam to the target within a unit solid angle is greater than that of the laser, and it can penetrate deep into the target. However, when it is transmitted in the atmosphere, its power will rapidly decay due to constant collisions with air molecules.

If you want to turn this idea into reality and become your own killer, the problem of energy attenuation is the difficulty Mark needs to overcome now.

As for the launching of other weapon platforms and the endurance of energy supply, Mark only wants to say one thing: I’m sorry, you can really do whatever you want with money.

Relying on the Ark Reactor Technology, Mark believes that it can guarantee the long-term battery life of the space-based platform. The big deal is that Mark designed an antimatter energy furnace for it, no matter how wasteful it is, it will always be enough.

You know, since Mark was able to successfully prepare and preserve antimatter, he has not developed other applications for antimatter other than annihilation bombs. This time may be a good opportunity.

“I have an idea, now it’s time to enter the virtual laboratory and work hard!”

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It’s really annoying, and the card me chapter for no reason! One more chapter during the day to compensate. .