If Ant Man shrunk to a size smaller than an oxygen atom, would it suffocate?

Please don't take science fiction movies seriously. If, like in the movie, Ant-Man becomes as small as Quantum, it can no longer see light. At that time, a random photon could kill Ant-Man, and Ant-Man would be killed instantly, because it had no way to dodge a large-scale attack of hundreds of millions of photons at a speed of nearly 3x10 to the eighth power of eight meters per second.

Oxygen is needed simply as a way to provide energy for the body to function. When your body is able to provide the energy for your body to run in other ways of getting rid of external breathing, you have basically achieved cultivation, and with the help of certain conditions, you are relatively free and can move around space for a long time. After shrinking to that point, the structure of the body changes completely, and it should become a quantum form (pure energy state) that does not require breathing or metabolism.

Don't you see him wearing a helmet, the function of the helmet is to shrink the gas to the size of breathing, and the other is to prevent the brain from being hit by gas molecules when it is shrunk to the extreme, and the oxygen atom is not larger than other atoms, there is no "life" in the world that is smaller than a cell, and a cell is composed of many (billions) of molecules. So, there will be no life forms smaller than oxygen molecules, and of course it is impossible for you to say that Ant-Man is smaller than oxygen atoms. After this degree of reduction, we can no longer look at metabolism from the perspective of breathing, but from the perspective of the principle of action of oxygen molecules in the body.

But he will never become so small, because there is no task that needs to be so small to complete this world, what we know now is what we can detect, and we don't know how much we have not detected, but since Ant-Man can be reduced, then the environment he needs to survive must exist. Atoms are smaller than atoms, molecules are made up of molecules, cells are made up of organs, and then they can become living beings. You assume that it doesn't exist, and since he can zoom out, does it matter if he can breathe or not, something that is beyond the comprehension of existing physics.

It's like Hulk's pants.

No. Because if it is reduced, all the body organs will be reduced, and the proportions will be just right, so there will be no suffocation.

Ant-Man will not suffocate, because the body structure of Ant-Man is different from that of normal people, so they will not show the symptoms that humans have.

I think so, because that state is not suitable for Ant-Man to live in at all, and the space will become very small, so it is easy for Ant-Man to suffocate.

Introduction: The Marvel Universe has many powertrains, including heroes like Iron Man who rely on technology, and heroes like Doctor Strange who rely on magic. Theoretically, Ant-Man is also a hero who relies entirely on technology.

As a result, Ant-Man often has some incredible operations. For example, after Ant-Man becomes smaller, he still maintains normal strength and can knock down enemies, which can be said to be a magical change in quality.

Whether Ant-Man is shrunk or enlarged, this changes the internal structure of the human body, and it also goes down to the atomic level. This situation is very common in Marvel Comics, and it is also a frequently used setting. Through the mysterious Pym particles, the composition of the human body can be changed at will, and even the cars and houses that are common in our lives can change their atomic structure.

Everything we know is made up of various elements, among which water is made up of hydrogen atoms and oxygen atoms. Now that Ant-Man can easily reduce the oxygen atoms in his body, his breathing problems are no longer a problem. This can be done entirely with Ant-Man's armor, and the oxygen atoms on the outside are reduced in the same proportion as him, although it seems that Ant-Man is smaller than the oxygen atoms on the outside of us.

But he doesn't rely on external oxygen atoms to survive, and Ant-Man's armor allows him to breathe for a while. Speaking of suits, I can't help but think of Iron Man. In the case of Iron Man's armor, for example, it can also supply oxygen independently.

If Iron Man also has Pym particles, then he should be able to breathe freely after shrinking.

Ant-Man must have a survival gear that automatically adapts to its surroundings as it shrinks. Ant-Man's equipment is crucial. If he is not equipped and directly shrinks people to smaller than oxygen atoms, it is very likely that he will not survive.

However, this is only considered from the perspective of our reality. After all, Ant-Man is a fictional character from science fiction comics. Fictional characters cannot be defined by the physical rules of our reality.

In general relativity, space can be changed. Instead of modifying its own biological structure, Ant-Man has changed the space around it. It's a bit like a warp drive, with less space in the front and more space in the rear.

Ant-Man unilaterally changes the space. In this way, the oxygen molecules around Ant-Man also change with size, allowing Ant-Man to breathe normally after shrinking. So we can see Ant-Man in the comics, he may not be equipped, or he can shrink things down to be smaller than oxygen atoms, and still survive, anything unconventional can appear, because this is the imagination of science fiction.

To sum up, some of the content in science fiction works is not suitable for scientific inferences in reality. Judging by just extrapolation from science fiction works, Ant-Man can survive even if it is smaller than an oxygen atom. We can only infer that Ant-Man has the right equipment for his survival.

It will suffocate, and when it shrinks to a size smaller than an oxygen atom, it will not be able to breathe oxygen, which will cause suffocation.

Probably not, there is no way to explain it using science, many people don't understand the principle, and according to the situation of the exercise, it should not be suffocated.

I don't think it will suffocate because Ant-Man's physical fitness is very good, and they are used to this lifestyle, so I don't think it will suffocate.

Yes, in this case, it would be impossible for Ant-Man to breathe, so it is possible that he will suffocate.

He can shrink people to be smaller than oxygen atoms, so why can't oxygen atoms be scaled down? The answer, of course, is yes, and even Ant-Man can shrink to the quantum realm, where it may be many times smaller than the oxygen atom.

Therefore, there is no doubt that Ant-Man must have a set of survival equipment that can shrink and automatically adapt to the surrounding environment. Ant-Man's outfit is crucial.

If he is not equipped and directly shrinks people to smaller than oxygen atoms, then it is very likely that he will not survive. However, this is only considered from our realistic point of view, after all, Ant-Man is an existence in science fiction comics and belongs to fictional characters. Fictional characters, on the other hand, cannot be defined by the physical rules of our reality.

In the general theory of relativity, space can be changed, Ant-Man did not modify his own biological structure, but changed the surrounding space, a bit like a warp engine, the front shrinks the space, the rear expands the space, Ant-Man unilaterally changes the space, so that the oxygen molecules around Ant-Man will also change in size, so that Ant-Man can breathe normally after shrinking.

So, we can see Ant-Man in the comics, he may not have equipment, he can shrink things to smaller than oxygen atoms, and he can still survive, anything unconventional can appear, that's because it's a sci-fi imagination.

I can finally summarize that some of the content in science fiction works is not suitable for scientific inferences in the real physical environment, I only from the inferences in science fiction works, Ant-Man can survive when he shrinks to be smaller than oxygen atoms, we can only infer that he has a suitable equipment for survival.

The so-called science fiction movies are both science and fantasy, we need to look at science fiction movies with a calm mind, we don't have to drill into some problems, we just need to joke about them after dinner.

Of course, it is possible, if he is very small, it proves that he has no way to breathe oxygen, and oxygen is also made of oxygen atoms, and he will definitely suffocate to death.

Will definitely suffocate. If only a miniature version of Ant-Man could be found. It is simply impossible to survive in this world.

It should be, because there will be no way to absorb oxygen at that time, and there should be no Ant-Man in the world.

Of course, if Ant-Man shrunk to be smaller than an oxygen atom, it would most likely affect his respiratory system.

It's not very clear, because no such technology has been developed, no such experiments have been made, and I don't know the results.

It's still a normal breathing tube, and it won't suffocate. Because Ant-Man shrunk, the other proportions shrank as well.

It will suffocate to death, because when Ant-Man is smaller than oxygen atoms, the oxygen atoms will not be able to enter Ant-Man's body, resulting in death due to lack of oxygen.

By the time Ant-Man shrunk to smaller than an oxygen atom, he didn't have to breathe, so he wouldn't suffocate. The "science" in the Marvel movies obviously can't be explained by reality, so it's not surprising that Ant-Man has some unbelievable operations.