How long will it take for humans to make Iron Man's battle suit?

Answer from both hardware and software.

1, hardware is the combat suit, nano-materials aside, let's say the first generation of combat suits.

Energy face to face: miniature nuclear reactor. Even if this kind of thing is practical, it will not be used in civil life. Although there is efficient energy, it is too dangerous. Once it explodes, a community may be gone.

Material: There should be no big problem with this reality, and many armor-piercing models have been made. Although armor can be made and put on, it is far from the film in terms of self-protection such as action and warmth. At least if you fall in place, people will get hurt, let alone fly.

Application: Machinery has been developed, mainly to improve efficiency. Either the efficiency of the factory, or speed up and shorten the time. If used in war, unmanned robots will do. Therefore, this application is not practical.

2, software: to put it bluntly, it is the system. The system in the movie is Jarvis of artificial intelligence, which has the ability of independent thinking and innovation, and the calculation method is very close to the model of human brain. However, in real life, it seems that there is no such highly developed artificial intelligence system. It is basically impossible to create the working mode of the human brain only by relying on code.

Because the work of the human brain belongs to the mutual transmission of substances between the brain and nerves, there are too many studies on the human brain in medicine and biology, and mental illness is still an unsolved problem all over the world.

So from the above aspects, this time is impossible to estimate, and we can only expect miracles to happen.

Let's not directly talk about the blood face of Reuse 3, which is even more unrealistic. As for other models, the models are similar, or at most a Mark 1. The above Mark 1 and Mark 2 with other energy sources as the core are all nonsense. First of all, many people may think that armor is a set of armor that can fly, launch laser missiles and have defensive power. Then let me talk about the problem of uniforms that you may ignore.

Ark reactor: the energy source of early armor. In the movie, Stark made a simplified version in the cave, generating hundreds of millions of joules of electricity every second, but in reality no one can make such a thing, at least not so small.

The material of armor goes from outer space to deep sea. In early movies, robots needed help putting on armor. Before putting on armor, you should put on a set of metal bones to protect the driver. Mark 3 began to be strafed by American plane machine guns. Even when the iron mango was finally hit, the parts on his arm were unfolded to be used as a shield to block the machine gun, which did not affect his continued use. The driver was unscathed, but he was in trouble when he finally took it off, but it can be seen that there must be a system to protect the driver in the armor, because Stark was knocked down by the tank and fell to the concrete floor unscathed, and Rod lost his motivation. In contrast, he slowly collapsed on the grass and fainted, and his lower body was paralyzed.

Volume, while ensuring all the performance of the mecha, the body is also covered with all kinds of weapons, which means that there are many hollowed-out places on the armor. His mecha when full of weapons should also consider all the systems and core technologies.

Al Jarvis: I think Jarvis is the most advanced technology in the mecha, but it's not enough. I won't elaborate on Jarvis's function. When you think he is a computer, he is a computer. When you think he is alone, he can be alone. When you think he is a housekeeper, he can also be a housekeeper. It is almost omniscient in the peacetime of the earth. When fighting, you can plan the flight route and analyze the enemy's fighting methods. Hack into other people's electronic devices, scan the enemy's weaknesses, and give him control of your tired mobile phone armor. You can quickly Wikipedia, you can usually help manage the company, assemble your own mecha, chat with people, and be loyal forever, but our world now doesn't even have real AI.

Armor piercing and deformation, Mark 5 began to wear armor independently, and later developed to Mark 43, not even doing it himself. Just call Jarvis and you can arrange a suit of armor to fly over and put it on you automatically, and if necessary, it can be ejected instantly. At this time, the armor is not only stronger than before in all aspects, but also shows that it has some ability to deform at will, and it is fast and can be used in combat.

Thermal insulation system, in the case of long-term jet flight of soles and palms, the driver will not be burned.

For the protection of the driver, it is almost the moment when the armor breaks through the speed of sound in the movie, and with the special black technology, the driver must have fainted instantly. If you exaggerate the speed a little faster, the driver may be ground to a pulp.

I think I can make armor without people, and there is room for people to equip with all kinds of equipment, instead of wasting space with people. This kind of armor should be made in my lifetime, but its performance is definitely not as strong as that in the movie, and its destructive power, defense, endurance and quality will be far from good.

There is no actual progress in theory, and practice was a long time ago.

The world is changing rapidly. Only what you can't think of, nothing you can't do. Iron man's combat suit is a science fiction novel imagined according to the existing scientific and technological level. According to the current speed of scientific and technological development, this kind of science fiction may soon become a reality or be eliminated by new scientific and technological achievements. Even before this suit is made, there will be newer and more powerful new suits full of high-tech content.

I believe that after watching the movie "Iron Man", you will definitely want a suit of Iron Man, because wearing this suit is not only handsome, but also effective. Especially in the Iron Man armor in the Reunion 3, it can also be freely blended and deformed. The problem is that there is no such technology to make Iron Man armor in reality. The core of Iron Man's armor is the supply of sustainable energy, which is a technology that human beings can't reach now.

Sustainable energy refers to controlled nuclear fusion. Controlled nuclear fusion needs to be ignited first. Only when its output value is greater than its input value can a successful controlled nuclear fusion be considered. Scientists usually use the "Q value" as the ratio of this input to output. But nuclear fusion is a technology that human beings can't achieve at present.

In theory, humans can only convert the energy emitted after nuclear fusion to about 40%. The q value of controlled nuclear fusion must be greater than or equal to 2.5, which can be said to be a real controlled nuclear fusion. In this way, the input will be less than the output, and its role will be applied in practice. However, the maintenance of controlled nuclear fusion needs a lot of property, so it must contribute to mankind, otherwise it will waste all the efforts of scientists.

If one day man can make completely controllable nuclear fusion, what will he do with it? Or what can this technology bring to mankind? When there is a steady stream of energy, the first thing to do is to convert it into inexhaustible electric energy.

By then, electric energy in human society will be a kind of cheap energy, many thermal power plants and hydropower plants may be eliminated, and a large number of harmful fossil fuels will be abandoned by people. It can be said that almost all energy will be electric energy, and the natural environment will be greatly improved. Of course, controlled nuclear fusion's role is not limited to this. Humans will use it to make anything.

We know that all substances in the world are chemical bonds composed of atoms, and then the chemical bonds are combined into organic or inorganic substances through a certain order, and it is energy that drives the chemical bonds of these nuclei. In other words, controlled nuclear fusion is a continuous energy supplier. Therefore, human beings can use controlled nuclear fusion to make needed items.

Another is that human aircraft will be able to have permanent power in the universe unless the aircraft is destroyed or the controlled nuclear fusion installed in it is destroyed. By then, it will be very simple for human beings to realize interstellar travel in space. It's a pity that controlled nuclear fusion is just a theory, and it may be difficult for human beings to make it in a hundred years.

Iron Man armor mainly involves material, energy and information transmission. At the current level of scientific and technological development, information transmission basically meets the requirements. However, considering the materials and energy, it is impossible to predict the specific time. Only a breakthrough in these two aspects is possible.

After playing 10 years, you will not lay down your life.

It's useless to build until the energy miniaturization is solved. It's just armor. It can't walk yet. Moreover, the humanoid car is the most unstable. It needs armor without armor and firepower without firepower. Refer to the current tanks and hang them casually.

To sum up, huh?

1, chest ark reactor: A nuclear reactor made of a cosmic cube made by his father? I don't know, the cosmic cube doesn't exist.

2, all kinds of weapons: Iron Man not only has laser cannons, but also many awesome weapons, which are not only powerful, but also small in size.

3. Super artificial intelligence: Friday? Jarvis. I can make phone calls, arrange business, control armor, aim at myself, give first aid (I am amazed by the underwater rescue of Iron Man III) and destroy the world.

4. Armored shock absorption system: I think this is the most practical function ... You didn't get hurt when you fell from the sky? It is not hard armor. Why is the racing car so brittle? In order to absorb the energy brought by the impact, so thin armor (relatively speaking), where is the shock absorber?

5. Simulated human movement: I named it myself. I am a medical student. Human movement is completed by the motor system and the nervous system. It's easy to do work, but what if you are nervous? It is necessary to have all kinds of receptors to sense the position and posture of the body, then adjust and coordinate them, and finally form a complete action. Just the action of "standing", it is estimated that hundreds of millions of cells work there! Except the computer? What's more, it is necessary to use armored limbs to adjust the flight attitude! ! Should this regulation reach the millimeter level? !

6, human nerve and machine linkage: name or nonsense, probably this meaning, similar to the "synaesthesia" technology in "Pacific Rim". Tony himself can't drive armor with his own muscle strength like other ancient ordinary armor (take Iron Man 3 as an example). In most cases, it is human will to command armored movement, and American team Li San even formed his own action! ?

7. Flying ...: It's hard ... It's really hard ... According to the description of the flying speed, acceleration and flying attitude of armor in Marvel comics, the human body can't bear that kind of flying, it's too fast, and the driving force can't bear it ... This is not a scientific problem.

8. The scene in the helmet: This projection seems to have a prototype, which I don't quite understand. Personally, it feels like the Tindal effect, and it needs to be in a special gas to project successfully.

9. Nano-armor: The imagination is in place, and the technical association can't do it yet. The current situation is just a brain hole.

10, the armor is self-disassembled and self-assembled: the name cannot be edited ... Imagine how troublesome it is to dock in the Heavenly Palace ... Do you want the armor to identify the position of the human body and assemble it yourself?