The post is about the subatomic universe Theory or subatomic universe theorem...
Current statistics suggest that the invisible universe could be any as high as 20 billion lightyears. Amazing distance! But, although lightyears are over twenty billion in size, most of them are almost empty. We can imagine this because of what we know about the universe that we can see… that is; it is the same on all sides, but also that which is visible is scarce. In our eyes, most of everything is meaningless.
Still, this is not the case with the seemingly endless story. It is not just a matter of being present. Look at any book of physics, and we know that matter is actually a mass of atoms, tiny particles that make up everything that exists. And the atoms are so tiny that they cannot be seen by the most powerful microscope, which means that we have no idea what they actually look like beyond predictable, scientific drawings.
However, solid science has proved that atoms actually do exist, and they themselves are made up of tiny atomic particles; including protons, neutrons, electrons and quarks.
Today we know, for example, that atoms are so small and large that the average adult contains about seven octillion - seven with twenty-seven zeros behind them! It is strange, then, that there is a theory that everyone, that everything, everywhere, that our whole visible and invisible universe, can be an atom in itself. One such theory is the cosmological theory of one electron, which we understand as electrons is actually all a product of one… and that particle, that one electron, moving infinitely back and forth over time so quickly that they are numerous; so that it gives and shapes all our truth. Perhaps not surprising, there is not much in the way of strong support in the scientific community of this particular theory… but, the beginning, and there are other, similar ideas with more support.
The most common difference is that, although all the atoms and electrons and elements of matter exist in the way we understand them, they are all equal to one atom, even the largest universe. With its roots in various theories, this is a theory that writers and filmmakers often explore… that everything we know can get into the fingers of something else. That our atmosphere is just dusty at the very top of our lives. Or, we can go the other way and look inside, to think that all the atoms that make up our existence contain everything else that exists within them.
It is a mind-set that is also built on the concept of infinity. Unless the basis for the Buzz Lightyear imagery, infinity, by nature, is an incredibly great, endless idea to try to wrap our heads… but, here, it can be understood to mean that no matter what the universe, if we embrace a different theory it means that another universe can be vast indefinitely. To make us, by comparison, move from the highest point of anything to that vast, subatomic space.
And, when we look around, we see that the atmosphere (as we often understand it, at least) is already working a bit like this. All the smaller, smaller atomic particles continue to create larger and larger objects, until we are confronted with the largest celestial bodies and the most complex living organisms known. Whether it’s the big stars in the distant galaxy, the rising buildings in the busy city, or the sandwich you have for lunch today, all use exactly the same building materials. So, why stop with just the big things we know?
Why not procrastinate and procrastinate until, yes, even the universe is part of something far greater? Until we have a true theory of everything - quantum marriage theory and classical physics and finally define reality - this obscurity between small and macro levels cannot be completely eradicated.
After all, according to the most famous theory of its creation, the universe itself began as a permanent dense and subdivision, before being extended to power and life by the Big Bang. So, at one point, everything we ever knew was incredibly small. Well, the big difference here, is that the first, Big-Bang-inspiring unity - no matter how small — could contain all the necessary atomic elements we now know. Therefore, we cannot rightly say that the universe, even this phase, was actually an atom. Unity, yes. Atom, no. Perhaps we are getting too close to understanding the true scale of reality with string theory - one of the great candidates for your theory of everything we have right now. There are various types of models, but the general idea is that atoms are not the circular objects we use to draw; instead, they are like a unit of characters that vibrates. And the interaction between these vibrating cords causes, well, everything… the laws of physics, how gravity works, quantum mechanics, all kaboodle! String theory has met its fair share of problems, one of which is dark energy. The problem is that although common, noteworthy (material unit theory to make sense of it) makes up only 5 percent of the earth, sixty-eight percent of the world with dark energy. And many theoretical models of the character unit cannot explain that. Recently, however, there have been various attempts to incorporate dark energy into rope theory… one of which can answer the top question in today’s video in its head as well.
In late 2018, a team from the University of Uppsala in Sweden published details of a new variation of rope theory, in which the universe is located at the edges of a ever-growing bubble. Although many of the theoretical unit theory propositions suggest a variety of magnitude higher than the four we now know (three places, and one time), here we find that everything we know is a layer of something far, far greater. So, exactly how big a dimension can be described… but the intrusion of dark forces into our atmosphere can be at least, according to theory, ultimately logical. No matter what it means for dark forces, however, it is another version of the truth that may confuse us as a very small part of something big, very big. Something much bigger, perhaps, then we can even hope to understand. In this case, humans act as just one small part of the universe, at the very edge of the bubble itself, which may be part of something even bigger… we are a proton, or an electron, or a quark in a vast array of elements. If the proton can think, can we expect it to know that it narrates a bit of a sports car? Or the electron to understand that it represents a small fraction of a single blade of grass? Obviously not, but now we are in a similar situation. In the end, if the universe were designed in this way, then it would obviously disperse everything we thought (or suspect) we knew! In fact, we would be making a serious mistake about science at all levels so that human knowledge may never again be a reflection of revelation. It could be the problems that exist from here on out, as well as the race to try to find new, extradimensional rules of truth. Fortunately, this is just a mental test.
A fun way to think about things, and to appreciate our place in the cosmos. Of course, our knowledge may seem limited, and our perception may not work… but even if all of this were atomic insignificance in terms of something else, then why should it really matter? We are here now, so let's enjoy our atom when we can!
Concepted by Unveiled
0 Comments
Lemme know if you have any doubt.