![]() So if you thought things were insanely complicated before, try to reverse your understanding of a massive three-dimensional universe that's constantly expanding – and, while you're at it, lose a whole dimension, too. While string theory has been in existence for the better part of a century, it has often deviated into other forms as our ability to research the universe advances. ![]() So, if nothing existed in our universe prior to the Big Bang – then what other gravitational forces could be pulling on it? This is where string theory strikes again: if there are other dimensions and parallel universes existing outside our own, then, in theory, it's possible their gravitational forces could have an effect on the beginning of ours. By examining the behavior of each field, scientists have deduced that, although we cannot directly experience these other dimensions, there is at least abstract evidence, such as gravitational anomalies during the Big Bang, that could eventually prove their existence. As stated above, string theory is an attempt to explain the behavior of all matter under one umbrella – and these four are the keys. Nature has four fields: Gravity, Electromagnetism, Strong Nuclear Force, and Weak Nuclear Force. Although the consequences of any of the following going even slightly awry would be just as big of a disaster. The Eighth and Ninth Dimensions are exponential variations on the seventh which would provide us with a kaleidescopal view of universes that have varying histories, laws of nature, perceptions of time itself, all culminating in the Tenth Dimension: an unfathomable realm in which everything about the known universe can be perceived all at once.įour forces of nature walk into the beginning of the known universe. Thankfully, this is not the third sequel to the box-office dud, Force of Nature. That is, dimenson seven's Big Bang could have started just a few million years earlier, and their Earth (relatively speaking) is still a little behind the evolutionary process – which might actually explain why you're not getting that raise today. The Seventh, one that allows access to these theoretical planes, and which experiences time in an entirely different way than our own dimension. Through their research, Kaluza and Klein sparked the concept that if these two principles exist unseen, then perhaps they are emerging from another plane entirely.įrom here, the crazy only intensifies: the Sixth Dimension is not just a world similar to our own – but an entire plane of possible worlds, all starting at the same time as ours. Together, the two developed the Kaluza-Klein Theory, which is a unified field theory of gravity and electromagnetism. ![]() That bastard.īut why do you know your doppelganger is out there? Because you've just glimpsed into the Fifth Dimension, one originally posited by German mathematician Theodor Kaluza, and Swedish physicist Oskar Klein. And is probably going to get a raise today. ![]() It's hard enough rolling out of bed each day, but imagine knowing there's another you in another dimension, one very similar to our own, who's already showered and out the door. …try to imagine your existence within the additional six hypothetical dimensions created by string theory. So, that said, below are the most fascinating ideas presented within String Theory. But, like everything in our universe, the concepts presented within string theory are nearly-impossible for our feeble human minds to comprehend, and would undoubtedly only lead to more feelings of societal insignificance regarding our place in the cosmos, depression epidemics, and a global blanket of general malaise about this whole “existence” thing. Wouldn't that make things so much easier to understand? String theory is a hypothetical explanation that could potentially unify ALL MATTER in the known universe, big or small. For example, dark matter can be both infinitesimal and super-massive at the same time, so how can we possibly put something like this into perspective? The issue? Two sets of rules don't exactly make it easy to explain the already mind-boggling terms listed above. To make things worse, we may never reach that day.īut in attempting to understand these concepts, we use two distinct sets of rules: Quantum Mechanics, which is the study of all things super-small (atoms, quarks, Ant-Man on occasion), and General Relativity, which is the study of larger things (people, planets, also Ant-Man). As common as these terms are today, we're sadly still no closer to knowing the true nature of the universe we live in.
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