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String Theory Simplified

Updated on December 31, 2015

String theory is a simplified term for the entire field of physics involving strings. Superstring theory refers to the most modern versions of string.

String Theory. Simplified.
String Theory. Simplified. | Source

Super String Theory Simplified

You're here because you are sick of hearing the phrase at every turn, on every television documentary about the universe and you've found yourself asking, "just what the hell is string theory, anyway?" String theory is an incredibly complex idea in the realm of particle physics. This means that for most of us, trying to understand it makes our heads explode. So I write to you, in an attempt to help you understand what it is and how it works. String theory, simplified.

String Theory - The Theory of Everything

We live in a universe of mathematical equations. Absolutely everything* in our lives, from the orbit of our sun to the weight of your aunt Betsy, can be explained through math. Mathematics is the universal language. Unfortunately, most of this math is still far beyond our current abilities and comprehension.

Before we can find the answer for, let's say 5*5, we must first understand a more simplified equation; 5+5. The knowledge of the human race may be far beyond these simplified equations, but there is still much to learn.

Theory of Relativity and Quantum Theory

We have two primary theories to explain how the universe works. One of which is Einstein’s theory of general relativity, the other, quantum theory. The most simplified explanation for relativity is that everything in the universe pulls on everything else, because of gravity (explained in simple terms here). If you drop a ball, you know it will fall and hit the ground. This does not work in quantum theory. Delve into the world of subatomic particles and you can no longer predict the movement of that ball. This is a place where things seem to randomly teleport from place to place or even exist in two locations at the same time. The location of an electron for example, can not be pinpointed nor can its next location be predicted. Apply quantum physics to the universe consisting of objects larger than atoms and that ball you just dropped stays right where it's at...then suddenly appears above and behind you.

Aristotle gave us the law of non-contradiction, which states that "two mutually exclusive statements cannot both be true." Both theories might be wrong, but they cannot both be right.

String theory is an attempt to provide us with the theory of everything. This elusive idea will unify worlds both large and small. In doing so, we will no longer have two different theories whose existence disallows the other to exist; but instead have one theory that explains them both.

Electrons are not known to be made of any subatomic particles such as quarks. Instead, one might consider electrons and quarks to be a sort of equals.

Subatomic Structure: (1) Matter (2) Molecules (3) An atom, the nucleus of protons and neutrons, orbited by (4) Subatomic Electrons (5) Subatomic Quarks (6) Fundamental Strings
Subatomic Structure: (1) Matter (2) Molecules (3) An atom, the nucleus of protons and neutrons, orbited by (4) Subatomic Electrons (5) Subatomic Quarks (6) Fundamental Strings | Source

What is String Theory?

In short, string theory tells us that at the most basic level the universe is quite literally made up of tiny strings.

No, that doesn’t mean we’ve all been “sewn together” by some higher force. We aren’t a bunch of walking, talking voodoo dolls. Superstrings are very different from what you probably imagine.

There was a time when atoms were considered the fundamental building blocks of life. Eventually it was discovered that atoms were not fundamental at all. In fact, atoms consisted of subatomic particles (protons, neutrons, and electrons) which then became the new “fundamental.”

Like many scientific theories of years past, this too eventually fell to newer, shinier physics. Scientists discovered that subatomic particles consisted of even smaller particles called quarks. And now, many believe that “superstrings” are overwhelmingly small objects (I use the term "objects" loosely here) which would be responsible for the existence of quarks and electrons.

What Are Superstrings?

Ok, so everything in the universe is made up of tiny things called strings. Couldn't be any more simplified than that. So what are these theoretical "superstrings?" This is where things get complicated, and average human brains explode.

If you can understand this, you need to lay off the LSD.
If you can understand this, you need to lay off the LSD.
Seriously though.
Seriously though.

At its most basic level, superstrings exist in one dimension and carry an intense vibration. The frequency of this vibration determines the physical manifestation of that particular string. In order for string theory to truly unify general relativity and quantum theory, we must give these strings 10 or 11 dimensions with which they may exist.

The reasons for those extra dimensions being necessary can not be simplified in words, but only understood with advanced mathematics - which have no place here. The simple fact is that these extra dimensions allow for string theory to account for all four forces in the universe, including quantum gravity. It just so happens that quantum gravity is believed to be that elusive link between general relativity and quantum theory.

That one tiny link may someday unlock all the secrets of the universe.


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    • annajazz profile image

      Anna Marie 9 months ago from New Mexico

      I really enjoyed this hub

    • profile image

      Franz Plochberger 21 months ago

      I admire Your energy to to dare to enter that very new area of Physics. You avoid Mathematics in the new 11 dimensions. It's for our human abilities not possible to imagine more then 3 dimensions - with much definitions perhaps 4 dimensions of space-time.

      So we will need first much of human language and Philosophy to imagine the 1-dimensional strings in every quark or electron and the related other 11 dimensions.

      As Information Scientist I welcome your impact to get into this area in any way - you call it simple. I would say the main door is important!

    • profile image

      Jenny Sawyer 5 years ago

      String theory always confuses my parents. You've made string theory simplified enough that even they finally have a grasp on it. Thanks, Matt!

    • Teresa Coppens profile image

      Teresa Coppens 5 years ago from Ontario, Canada

      I love your simplistic style for such complex subjects. I got a good grasp of string theory from your hub but I do live with a physics major who loves to talk about his work! Great job,

    • missolive profile image

      Marisa Hammond Olivares 5 years ago from Texas

      Well done and interesting info. I'll need to reread this a few more times to be sure I understand the main idea and points you've presented. This is complex for me, but you've simplified it nicely. Quantum physics is certainly intriguing, but I think I'll stick to teaching English Language Arts. ;)

      Thanks for including the video - voted up

    • theclevercat profile image

      Rachel Vega 5 years ago from Massachusetts

      Fabulous! String theory is not easily understood, but you've presented scientific facts in a friendly way. I love it. Up vote, interesting, and awesome!!!

    • melbel profile image

      Melanie Palen 5 years ago from New Buffalo, Michigan

      Wow! This is some crazy complex stuff! Some of my friends do a lot of reading on quantum physics and I understand only part of what they say. Thanks for writing it in an easy-to-digest way. :P You've definitely whet(whetted???) my appetite for more schtuff on string theory. :)

    • LisaKoski profile image

      Lisa 5 years ago from WA

      Great work trying to take such a complicated idea and make it easy for people like me to understand. I still feel a little lost but this helps tremendously. Didn't even make my head hurt!

    • ithabise profile image

      Michael S. 5 years ago from Winston-Salem, NC

      Fascinating, mattforte. Thanks for piquing my interest. That last statement on the!

    • wayseeker profile image

      wayseeker 5 years ago from Colorado

      I hated science in school, but find myself fascinated by it now that I'm gone and grown. Physics, in particular, holds particular fascination for me. I have always wanted to understand String Theory, and this gives me a great start.

      I also appreciate the simple directness and humor you bring along with your writing style. A nice hub, also voted up and interesting!


    • cclitgirl profile image

      Cynthia Calhoun 5 years ago from Western NC

      Nice job taking something so incredibly complex and breaking it down into everyday terms. :) Voted up and interesting.

    • melpor profile image

      Melvin Porter 5 years ago from New Jersey, USA

      Very interesting hub on a complex subject. I always found this theory fascinating but could never fully grasp the implications of it. Your hub helped me understand it a little better. Thanks. Voted up.

    • Nordy profile image

      Nordy 5 years ago from Canada

      Great hub! I absolutely love quantum physics and have read a few books on it, but have understood maybe only one iota of everything I have read. Still - that iota intrigues me enough to want to keep reading and try to know more. Thanks for writing this hub - I now have two iotas to work with!