Alien Girl Development Guide

Chapter 348 New Clothes (9/10)

"how do you feel?!"

The academician looked excitedly at the sergeant major in the "nano suit".

If they didn't know that the rabbit logo was printed on the nanosuit in front of them, the people present would have thought that they had run into Area 51 of Yingjiang, the smell was too strong!

The sergeant major clenched his fist, feeling the difference between the general combat uniform and the previous one.

"Better fit than before and seems to perform better..."

The sergeant major turned his head and looked out of the window. The world in his perspective has undergone earth-shaking changes. The whole world has become gaudy. You can even see spectral frequencies that cannot be recognized by the human eye, such as ultraviolet spectrum...

The sergeant major's attention was focused on the sentinel at the entrance of the institute. The visor automatically captured the pupil focus and fed back the target's data, including but not limited to distance, weapon, threat level...

"This is?"

"How about it, programmable nanomaterials are amazing. If our missiles are used, we can change the aerodynamic layout anytime and anywhere according to the needs, turning the F35 into a turkey!"

The individual terminal of the general combat uniform is connected to Shangqiu's military network through data, and is connected to satellites to display key information on the HUD...It can also accurately locate the target and integrate radar information to determine friendly and enemy units .

Directly direct individual soldiers to guide long-range firepower to attack the target area...When encountering a place that is easy to defend and difficult to attack, directly hit it with a laser-guided bomb...One shot is not enough, and then another shot!

The general-purpose combat uniform with film can be connected to the data link through the port to update the battlefield dynamics in real time, and soldiers have the ability of situational awareness.

"What's next is the main event!"

The academician waved to the assistant like offering a treasure. Almost instantly, the programmable nanomaterials attached to the general combat uniform changed, and the sergeant major slowly "melted" into the air.

One of the capabilities of programmable nanomaterials is optical stealth!

Programmable nanomaterials reform their own surface, nanomaterials recombine, and transform into a kind of crystal, which can fully absorb and bend incoming light waves, shrouded in an invisible curved light that emits a little bit of light , presenting a form completely invisible to the human eye and the most rigorous monitoring equipment.

The combat suit itself after the film is pasted will not emit infrared radiation, which means that the infrared probe cannot search for the combat suit that activates stealth.

The main source of information for human beings is vision, and optical invisibility hides its own existence to the greatest extent... But now programmable nanomaterials are somewhat scarce, and they are mainly used by scouts.

But after all, it is an invisibility mode formed by refracting light, and the scene of the "nanosuit" will inevitably be a little distorted, especially in sports, which will increase the chance of being discovered, as if looking at a walking mosaic.

Soon, this test caught the attention of Brother Lu, and an old man in a Chinese tunic stood aside and watched at some point.

"Oh! Really, why didn't you tell me earlier that you made such a baby!"

An old chief from the army, looking at the sergeant major slowly emerging from the air, stepped forward to shake the hand of the resident with bright eyes, our army big brother also has a new toy.

Our army voted for this project!

"Thank you for your hard work... I don't know, what are the characteristics of this equipment?" The old chief asked like a curious baby.

"Features?" The academician thought for a while and said: "In the case of extremely unsatisfactory ambient temperature, the nano film suit will also maintain the user's body temperature. In theory, the user can fight in various extreme environments, especially Cold environment."

Hearing the severe cold environment, good guy, isn't this a printer!

So here comes the question...

"When will it be finalized? When will it be ready for installation?"

"This is still being tested...the protection ability has not been tested yet."

"It's okay, tell me what's missing, if you want someone to give, if you want money, give money...you need to test the protection, right, let's go!"

After finishing speaking, the big brother of the army took the academician and walked towards the army shooting range. The shooting range has everything from pistols to 155MM howitzers. Just tell me how to test it!

This combat uniform is about to be ordered by my army!

In 10 minutes, the academician's team was invited into the army's weapons range.

The filmed general combat suit is put on the dummy made of ballistic gel, and the "armor mode" is activated.

In the armor mode, programmable nanomaterials will form an impact-resistant structure at the microscopic level according to the pre-edited program, and the surface layer will be hardened, a typical structure filled with rubber under the steel plate.

The nano-coating on the surface absorbs the kinetic energy of incoming projectiles and other destructive forces such as heat and dangerous levels of radiation, effectively shielding the user from real physical damage for a while and thus allowing them to withstand the often fatal impact.

The most outrageous thing is that the nanomaterials are pasted with a film. In theory, even if the nanomaterials in the armor mode are penetrated, the bottom is still the bulletproof plate of the general combat suit itself...

The attack penetrated the enemy's armor, but not completely...

"From what? Type 95?"

"Let's start with the Type 89 heavy machine gun and test it with armor-piercing bullets..."

With a 95 5.8MM toothpick, who do you look down on!If you want to use it, you have to replace it with a 12.7MM armor-piercing bullet!

"Row!"

The big brother of the army waved his hand, and in less than 2 minutes, a squad of soldiers ran over carrying five 89-type heavy machine guns, and set up the heavy machine guns neatly.

The head of the army nodded, the training was good, but the next step is to see the accuracy.

The company commander on the side stared at his soldiers. If anyone missed the target first, he had to run five kilometers to calm down.

The machine gunner pressed the finger-thick heavy machine gun bullets into the ammunition belt. After loading the 200-round ammunition belt, he stuffed it into the barrel, pulled the gun and was ready to fire.

"Report to the chief, preparations are complete!"

The big brother of the army asked with a smile: "Can we fire?"

"no problem!"

Boom!

The Type 89 heavy machine gun fired. Under the machine gunner's superb marksmanship, the first round of 12.7MM bullets accurately hit the general combat uniform, and then as the continuous shooting, the trajectory of the Type 89 heavy machine gun began to float, but it was still able to cover ...

"Good marksmanship..."

Although he didn't know much about weapons, the academician could tell that the machine gunner was of a good level.

"Ah ha ha..."

The old chief who was praised laughed: "The dolls are having a hard time!"

Soon, 200 rounds of 12.7MM ammunition chains were fired, and the shell casings were scattered on the ground, and the muzzle of the Type 89 heavy machine gun was emitting blue smoke.

Chapter 349 Dirac Inversion (10/10)

An hour of reloading, a few seconds of happiness... The machine gunner who finished shooting stood up from the ground, stood at attention, and waited for the commander's instructions.

After a while, the general-purpose battle suit with the film on it was pulled over, and began to check the anti-damage ability of the nanosuit against the 12.7MM heavy machine gun.

As for machine guns above 30mm...it doesn't make sense. The infantry are often faced with deadly heavy machine guns, and often the vehicles will be killed immediately, and the next step is street fighting.

"Well... it's okay, the nano film can probably resist eight rounds of 12.7MM heavy machine guns, but our bulletproof inserts are of good quality, and there are no vital parts that have been penetrated..."

After talking, the academician himself was happy. Even if the 12.7MM heavy machine gun bullet is scratched, it will cause serious injury. The nano film can withstand the 12.7MM bullet, so that people in combat uniforms can maintain their human shape, which is very good.

"Yes, we are very optimistic about this project, and we will continue to pay attention..."

The old chief of the army decided to vote first and occupy the pit first. After all, it seems that the production capacity of nanomaterials is only so much. At least a few more combat uniforms with nano-films should be obtained.

At least in anti-terrorism operations, soldiers wearing nanosuits will let those explosive terrorists know what an iron fist is!

"Okay, but it's just a test now, there are more things to improve..."

"Tell me directly what you want, we still have some family background..."

Before the two could finish speaking, there was a loud noise in the distance, and a mushroom cloud rose.

The old chief frowned slightly: "I remember the research institute over there?"

"Yes, the institute that photographed lunatics... blew up again."

"What is Academician Zhao studying?" The old chief asked thoughtfully.

"Dirac photon inversion!" The academician said with a change of face.

--------------------------------------

"It exploded again... Sure enough, there is still a long way to go to achieve an absolute vacuum."

"master..."

The assistant on the side looked at his mentor a little dumbfounded. Although he knew that there was only a thin line between a scientist and a lunatic...but the project his master researched had blown up 3 research institutes. Fortunately, he used remote control.

Academician Zhao's research institute is photon physics, especially after the grating stone, the research project has advanced by leaps and bounds, and soon set his sights on "Dirac photon inverter".

The so-called Dirac photon inversion refers to how matter and antimatter neutralize and cancel each other out. When they annihilate, non-material things such as photons will be left behind. If this process is reversed, photons will become a pair of matter and antimatter.

Antimatter!It is a higher level of energy than nuclear fusion, which converts [-]% mass to energy of matter...One step ahead is a genius, and two steps ahead is a madman. As soon as the rabbit mastered fusion, Academician Zhao set his sights on antimatter.

In "Star Trek", the energy that advanced civilization spacecraft can use is antimatter!

Antimatter is the antistate of normal matter.

When matter and antimatter meet, the two sides will annihilate each other and cancel each other out, resulting in an explosion and huge energy.

Positive electrons and negative protons are antiparticles. Compared with electrons and protons, they have the same electrical quantity but opposite electrical properties.

Scientists imagine that there may be matter in the universe composed entirely of antiparticles, that is, antimatter.

Electrons and antielectrons have the same mass but opposite charges.The same goes for protons and antiprotons.Particles and antiparticles not only have opposite charges, but also all other properties that can be opposite.

Protons and neutrons are collectively called nucleons.From the study of nuclear phenomena, people found that protons can be converted into neutrons, and neutrons can also be converted into protons, but the total number of nucleons in the system remains unchanged before and after the conversion.

For example, when beta decay occurs, the one that emits positrons is called "positive beta decay", and the one that emits electrons is called "negative beta decay".In positive beta decay, a proton in the nucleus turns into a neutron, releasing a positron and a neutrino at the same time; in negative beta decay, a neutron in the nucleus turns into a proton, releasing an electron and an antineutrino at the same time. neutrinos.In addition, electron capture is also a kind of beta decay, called electron capture beta decay.

After bombing several research institutes, Academician Zhao’s research has also achieved some results. Humans can indeed produce a small amount of antimatter, but only a little, and preservation is still a problem. However, Academician Zhao uses gravitational/magnetic methods to manufacture A few micrograms of antimatter came out.

It's just that when the experiment was conducted, an annihilation reaction would occur if he didn't pay attention, and then the institute would explode...Because of the danger of the experiment, even the superiors were considering whether to let him conduct theoretical research first.

Blowing up the laboratory every now and then, really makes the rabbit a little bit overwhelmed, for fear that one day this baby lump will turn himself into nothing...

While the assistant was thinking about how to write the report with a sad face, Academician Zhao began to think about the reasons for his failure.

"I know the problem is there, the photon level provided by the grating stone is not enough..."

"...Sure enough, things made artificially are not as good as celestial bodies in the universe..."

Academician Zhao began to mutter to himself: "...I remember that our kilometer space station has started to be built. We try to collect the photons emitted by the sun. I think it should increase the success rate of Dirac photon inversion."

As a star, there is antimatter inside the sun. As long as the "Dirac photon inversion" can be mastered, human beings can truly enter the ranks of advanced civilizations.

It's just... Academician Zhao's research is really too advanced.

Because if you want to obtain "photons" from the sun in large quantities, you need to build a Dyson cloud...and human beings' current technology cannot create a Dyson cloud at all.

Academician Zhao can only focus on Rabbit's future "space power transmission project" for research. Since it captures the sun's heat radiation, it can also capture photons. As long as it is changed, it can be used as a photon collector!

After all, rabbits have controllable nuclear fusion, and the space power transmission project is a bit tasteless!

This is the most likely to collect "critical photons", a photon in a critical state, which can be reversed into antimatter and hydrogen under the action of a super magnetic field, and is the best material for Dirac photon conversion!

Now that the rabbit has mastered room temperature superconductors and fusion energy, it is too simple to make a supermagnetic field.

"I'm going to make a report to my superiors!"

"Eh? Master, what report?"

"Let the superiors speed up the construction of the space power transmission project. By the way, I will go to Magneto later to see if I can drive the solar sail near the sun..."

After speaking, Academician Zhao walked out in a hurry.

〇A note of leave at the beginning of the festival...Caught a cold (the reward has been paid off)

Ah... I have a cold and a fever, 38 degrees, and I'm a little scared. I'm going to ask for a day off.

It is estimated that the body is sub-healthy caused by the work and rest habits of the underworld... Don't learn from me, by the way, the rewards from last month have been paid off!

A new month, a new reward?

Old rules~100 blades/1W chapter~~~~

Chapter 350

Branch of Shangqiu Institute of Chinese Academy of Sciences.

"Crazy Zhao", who studied Dirac's photon inversion, left, but left the problem to Magneto.

On How many steps are there to put the "solar sail" on the predetermined track?

Calculating the orbit→launching→orbiting... no wonder!

Magneto rubbed his temples with some headaches. This subject is even more difficult than the calculation of "mass accelerators".