Bending the Fabric of Space-time Part 2

                        
                                                                         By: Tsegazeab Beteselassie




Space-time: The fabric of Space-time.

    The fabric of space-time is supposed to be two dimensional, right? Well, I don't think it's correct. Let's do this experiment to prove it. Raise to objects in the air. Then, place them so that one is higher than the other.  Even better, put one over the other without them touching each other. Then, imagine the fabric of space-time showing the gravity of the objects. You can pick to put them on top of each other, or put them so that one is higher than the other. If you did it correctly, Then you will see that the fabric of space time will have to warp in such a way that it can hold both. But the space-time fabric can't do that. That means we need a new theory on how the fabric of space-time is shaped.
 
    From the experiment, we now know that we need a new theory that is possible in the three dimensional world. I have one. Why not make the space-time fabric into cubes? You can put two objects on top of each other without breaking the rules of the fabric of space-time.  "But what if," you say, "you use it for larger objects, like the sun or the moon?" Well, good question. Let's use something much more dense. Let's use a black hole, the son of a hypernova. ( A hypernova is a type of supernova except it works with much larger stars. Also called, Type 2 supernovae. Oh, and supernovas or hypernovas both give birth to black holes). Now back to our story. 

    So, when the new view of the fabric of space-time meets something that has mass, The closer the fabric of space-time is to something that has mass, the more they bend. They, of course, bend into what the object looks like. Now let's use the black hole we were talking about. Since the black hole is in the shape of a sphere, the fabric of space-time will bend to the shape of a sphere. Oh, and I forgot to mention, they will also contract the closer they are to the object. So when a star gets near a black hole, the closer the star is, the more it gets attracted to the black hole. And the more it gets attracted, the more faster it goes, and so on. And my new theory works perfectly. I hope you agree with me, and if you don't please comment.

Email me at Tsegazeab12@gmail.com.
Thank you.