Energy Required To Remove An Electron From An Atom Formula Is There a Limit to Inner Space?

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Is There a Limit to Inner Space?

It is easier for me to imagine an infinite universe than to imagine an infinite internal universe. However, this does not mean that the interior space has no limits. It just seems harder to imagine. There is also no guarantee that the universe is infinite either. The universe may very well have a limit. If this is the case, a question must be asked that is beyond that limit. Perhaps the greatest and only real problem with science is the inability of the human mind to truly grasp the universe in which we live. I, and indeed all of us; keep trying though. So, does the inner universe have boundaries. I hate to touch on this question because it requires delving into the world of quantum mechanics. Must, this is the limit to be crossed into the infinitesimally small.

We all know that matter is made up of normal matter made up of protons, neutrons and electrons. The only exception is hydrogen, it has no neutrons in its nucleus. These particles form atoms, which combine to form compounds. Beyond this level lies the field of quantum physics, the study of the very small. Quarks, leptons, and bosons are the subatomic components of protons, neutrons, and electrons. Besides, who knows. Perhaps subatomic particles are composed of smaller particles or subatomic particles. Is there an infinite spiral into infinitesimal? Probably not, at some point it is reasonable to assume that we will reach clean energy. Maybe the energy can be rolled up to form a subatomic particle, and those particles form particles, atoms, and so on. Perhaps the way this particle behaves determines how energy forms an atomic particle. So there are six flavors of quarks, six types of leptons, and twelve types of bosons.

Is the energy limit a limit? When you have pure energy, it’s easy to imagine something getting smaller and smaller because the object has no solid component. There is no object, only energy. In my mind’s eye, I imagine a journey into infinite smallness. At the same time, this notion seems beyond the realm of possibility. However, the same can be done with space travel. It seems much easier to imagine ourselves getting bigger and smaller. And yet the same process is used. I picture space as infinite in both directions. Is that so? You do not need matter or energy for this experiment. In fact, one can remove both and just think of an empty void. Imagine that the universe contains no energy or matter. Is it possible? It seems that matter could be intrinsically associated with the concept of space. If nothing existed, smallness would have no limits, because nothing would exist. After all, there can be no size without an object to consider. Size seems to be at the heart of the concept of infinite space. When I try to imagine the object getting smaller and smaller or bigger and bigger, I seem to reach a limit. Even if you think of an atom as mostly empty space. If you remove this empty space to the limit possible, the object cannot get smaller without losing parts. Does this happen to a black hole? Is there a limit to the amount of mass a certain space can hold? I assume that when an object is ejected to form a black hole, the matter is rearranged so that there is as little free space as possible between the atoms; as well as within the atoms themselves. In this case, the presence of matter in a certain amount of space is limited.

What if we think that all matter in the universe has been converted to free energy? Then there would be no limits, right? So could we squeeze all the matter of the universe into one tiny space? The big bang theory and the singularity come to mind. The problem here is that the inner space is infinite, when theoretically all the energy can explode on itself ad infinitum. Therefore, there must be a limit to how much energy a given space can occupy. It’s either that or indoor space has a limit. There is a limit to smallness. This limit must be assumed to exist if you believe in the big bang, because the singularity would have had no reason to expand or explode. This creates a stranger notion for me that something that has no mass can still have a limit to how much of it can occupy a certain amount of space.

Considering the infinite size, using all the matter of the universe. If you could assemble all the matter in the universe without it collapsing under the weight of its own gravity, what then? There is a finite amount of matter in the universe, so if we have a big ball of matter, what’s beyond that? Again, the answer is a blank space. A vacuum that lasts forever and ever. The only real way to consider the question of an infinite inner cosmos is if you don’t consider matter or energy. Remove them from the equation and consider only the vacuum. It is then easier to imagine that infinity goes both ways. This imaginary universe doesn’t exist though, the only one that exists (that we know of) is this one. One in which matter and energy are everywhere. And in this universe, there seems to be a limit to the infinitely small, but not to the infinitely large. Again, this could be a product of our daily lives. Matter is all around us and we live in a big ball of it. Finally, it may be that we live in matter. At this stage, where we live there is a measurable size for things. If you get beyond matter to the farthest reaches of our universe, there may exist a vast void, an infinite beyond. The same can be true of the inner verse. If you go beyond the boundary of matter and energy, another void can appear. One that expands to infinitesimally small forever.

At the end of the day, it’s nothing more than a fun workout for me. I like to ponder these questions, but I have certain conclusions that I believe more than others. Anyone who has read my paper The Universe of Nothing knows what I believe we will find if we go far enough into space. This hypothesis has infinity because it consists of an undiscovered supersymmetric atom composed of both matter and antimatter. The combination of which constitutes the true essence of nothing. This hypothesis does not rule out the existence of an infinite inner universe. Be it one that did not exist before the creation of the universe as we know it. And yet it is easy for me to imagine the existence of space between particles in the nothingness of the universe. So it may be that the structure of the nothing-universe suffers from a scale limitation. If this constraint is violated, an infinite matter-free inner universe could still exist in a nothing universe. If you’re confused, I’d recommend reading my article on the universe of nothing. It would take too long to go into it now. At this point I have to conclude that there is a strong possibility that inner space has no boundaries and may be infinite after all. As much as I find this notion illogical, I cannot let it go.

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