Page 158 - Literati Bytes

A�empts by the greatest minds of the twen�eth century to
provide a unifying picture of all known forces have failed.

However, the hyperspace theory allows the possibility of

explaining the four forces of nature as well as the seemingly

random collec�on of subatomic par�cles in a truly elegant way.

Then a very profound ques�on arises, what does a four-

dimensional object look like? The answer to that ques�on is

that we can’t imagine it. We simply can’t imagine a four-
dimensional object with common sense. We could only make

predic�ons with complex mathema�cs of superstring theory.

For example, if we take a three-dimensional object, say a cube

and look at its shadow on a two-dimensional plane, it looks like

a square. I agree that the same thing could happen for a
theore�cal four-dimensional cube called a Tesseract, we would

see the shadow of the Tesseract in three dimensions in the

form of a cube. From this, we conclude that a higher
dimensional object can be imprinted on a lower-dimensional

plane in the form of a shadow.

If we apply the theory of the atom (The quantum theory) to

the Big Bang (which seems to have happened only once), the
equa�ons tell us that Big Bangs happen all the �me. For

example, imagine a bubble which is our universe. We live on

the skin of the bubble and are stuck on it. With the
quan�fica�on of the Big Bang, we get to know that we live in a

mul�verse of universes the eleven-dimensional hyperspace. In

this way, I conclude that the universe will end at some point in

the very distant future. But we will be so advanced at that �me
that we would build an Inter-dimensional lifeboat to leave the

universe and go to another universe to destroy that one as

well.