The Consequences of a Singularity

Hey peeps, just checking in for the weekend. This week I only wrote one article, and I had intended to write a second one but really didn’t get a chance to fully fledged it out, although spoilers it's about entanglement so it should be a good one. That got my brain churning and it really got me to dive deeper into some contributors of science including Albert Einstein and Isaac Newton. These individuals pioneered eras of science as know them, and I think it’s worthwhile to mention some of their best known equations as I prepare to introduce my own.

Isaac Newton is known for his famous equations:

F=ma

Albert Einstein is known for his famous equations:

E=mc²

As I analyze these two equations with my rummaging thoughts about physics, quantum mechanics, and reality, I start to wonder what role they play at a fundamental level. When I see the equations, as much as it's a simple equivalence theorem/equation, there is also another implicit statement being made by those equations. The statement (Force) F splits the universe into two different things, mass and acceleration. On the other hand, (Energy) E splits the universe into two different things as well, except this time its mass and the speed of light.

As you can see from the two equations, one gains momentum, and the other doesn’t. Now, I have introduced the concept of “splitting the universe”, which derives in large part from my work on the third set of these equations, which is the singularity theory. In this view, Newton’s equation seems to work well for a rapidly expanding universe. Einstein’s theory of mass equivalency splits the universe into mass and a constant. Through this perspective, I can surmise that the equations are meant for a younger less stable universe for Force, and an older and stabler universe for Energy. 

So the concept of splitting the universe comes from an understanding of how the universe tends to build itself up. From our understanding of the big bang, we know that the universe started at a super hot and dense state with infinite energy. So, the singularity equation that I’m introducing today is as simple as;

S = ∞1

SΔ = 0

You see, the singularity leaves us with only two options; pluralize or colorialize. The reason I am introducing this concept is because if you look back at how we split the others into two universes, my equation splits the singularity into what is more commonly known as infinity and the Greek letter symbol for density, that is my one. For other individuals and for other energy accumulation patterns, the 1 may be entirely different. What this means is that a singularity is the essence of the individual. Infinity is not something that has a definite measure to it. Not only are there different types of infinities, but there are also some infinities that are larger or grow larger than others. What this means is that really, the singularity can be declared as relative to the viewer.

Person (0) is the late and former Queen of England, Fredie Mercury. Trinidied out.

One great intellect is Nikola Tesla, we kinda had to go back into the past Bronco homies so don’t get too agitated about whole curxplain, overall, it’s not something I would rather talk about in general. However, he does have a good wish for the infinitesimal future and mathematical equation is something like;

Q*