String Theory & Dimensional Hyperspace

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String Theory & Dimensional Hyperspace

By: David Korn

In modern day physics, string theory has taken the stage when it comes to our universe. Ever since Einstein formulated the mathematics behind relativity, physicists are continuing from his work into higher fields. Einstein was working on a theory of everything and the goal of many physicists is trying to find this unified theory of everything.

The unified theory of everything tries to tie in quantum physics to the biggest objects in the cosmos, and link it all together. String theory proposes that all the forces (weak and strong) and matter in the universe are linked together. String theory also branches off into superstring and M theories, which give more in-depth explanations.

String theory allows for dimensional hyperspace. There have been quite a few estimates on just how many dimensions that may exist. Some say 4, 11, or as many as 26. The majority of these dimensions are invisible, but they can be felt. Gravity, for instance, is invisible and we know it exists. Hyperspace allows for the possibility of infinite universes or a multiverse, and not just our own single universe.

These theories open up all new possibilities. If discovered, we can explain why practically anything exists and be able to tie it all together. If many universes exist, this can also give the human race or advanced civilizations the hope that we can leave our decaying and inhabitable universe one day in the future. Perhaps they will be able to create quantum fluctuations that will open up a portal or gateway into another universe. The limits are endless and physics has entered an exciting, optimistic, and futuristic time in our modern world.