Even Ancient Greek scientist Democritus s speculated that everything around it is composed of the smallest particles, which he called " atom ", that is, indivisible. Democritus's assumption was still something in the novel field for a long time, and most people didn't know it. Then a microscope was invented. For us, an amazing world consisting of microorganism , bacteria, and cell structures of organisms, animals and plants is opened. It is obvious that our world is much more complex than I thought.
When the existence of atoms is proven, it is soon discovered that they are not so inseparable. The structure of the atom is full of surprises, and other elementary particles are discovered, which proved to be composed of more basic particles. Whenever scientists seem to reach some kind of bottom of the atomic structure, it suddenly becomes clear that the path to decline is not over yet - more and more particles are found.
is closer to our times, and it turns out that immersing in the microscopic world is no less than a journey into the depths of space. In this magical world, there are too many unexpected secrets, mysteries and sensational discoveries that are unimaginable.
The famous Hollywood blockbuster comic movie "Ant-Man" shows a microscopic vision. The wonderful assumption in the film exists a complete world at the level of quantum , in which some creatures and intelligent creatures live, forming their civilization. A logical question arises, if the heroes of comics can shrink to the size of quantum, then what size does the elements of their own bodies become? After all, they are made up of ordinary matter and there are infinite numbers of particles deep within them.
It turns out that this is a vicious cycle, an interesting paradox, pushing us toward a completely natural idea - what if the microscopic world of elementary particles is really a small copy of the universe? In turn, it turns out that our universe, our solar system, is also the fundamental particles of some super-large world.
Why can’t we observe this microscopic world and the existence of the microscopic universe under a microscope? Most likely, because in the microscopic world everything happens at a dazzling speed. As long as our world passes through a few fractions of a second, millions of years will pass in the microscopic world. Naturally, we can't solve any problem at all. There are potentially countless worlds, countless civilizations, Star Wars, the birth and death of the entire galaxy, and all of this is under our noses, and literally, the entire universe is hidden in every cell of our body!
It is so global and incredible, breathtaking!
Now imagine that there is a world above our universe, our universe is just a tiny stone, a piece of glass, a piece of living flesh... The time in that universe must be billions of times slower than us. A short inhalation and exhalation of a huge world of local inhabitants in our universe will be extended so many years that all 15 billion years of our universe will be ignored by him... For example, our scientists fly to observe objects in the Large Hadron Collider .
If our solar system is an atom, then I want to know what kind of matter is it?..
