❗️very important❗️
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…require that only one of the two theories be used.[5][6][7]: 842–844 The two theories are considered incompatible in regions of extremely small scale – the Planck scale – such as those that exist within a black hole or during the beginning stages of the universe (i.e., the moment immediately following the Big Bang). To resolve the incompatibility, a theoretical framework revealing a deeper underlying reality, unifying gravity with the other three interactions, must be discovered to harmoniously integrate the realms of general relativity and quantum mechanics into a seamless whole: a theory of everything may be defined as a comprehensive theory that, in principle, would be capable of describing all physical phenomena in this universe.
In pursuit of this goal, quantum gravity has become one area of active research.[8][9] One example is string theory, which evolved into a candidate for the theory of everything, but not without drawbacks (most notably, its apparent lack of currently testable predictions) and controversy. String theory posits that at the beginning of the universe (up to 10−43 seconds after the Big Bang), the four fundamental forces were once a single fundamental force. According to string theory, every particle in the universe, at its most ultramicroscopic level (Planck length), consists of varying combinations of vibrating strings (or strands) with preferred patterns of vibration. String theory further claims that it is through these specific oscillatory patterns of strings that a particle of unique mass and force charge is created (that is to say, the electron is a type of string that vibrates one way, while the up quark is a type of string vibrating another way, and so forth). String theory/M-theory proposes six or seven dimensions of hyperspace in addition to the four common dimensions for a ten- or eleven-dimensional spacetime.
In pursuit of this goal, quantum gravity has become one area of active research.[8][9] One example is string theory, which evolved into a candidate for the theory of everything, but not without drawbacks (most notably, its apparent lack of currently testable predictions) and controversy. String theory posits that at the beginning of the universe (up to 10−43 seconds after the Big Bang), the four fundamental forces were once a single fundamental force. According to string theory, every particle in the universe, at its most ultramicroscopic level (Planck length), consists of varying combinations of vibrating strings (or strands) with preferred patterns of vibration. String theory further claims that it is through these specific oscillatory patterns of strings that a particle of unique mass and force charge is created (that is to say, the electron is a type of string that vibrates one way, while the up quark is a type of string vibrating another way, and so forth). String theory/M-theory proposes six or seven dimensions of hyperspace in addition to the four common dimensions for a ten- or eleven-dimensional spacetime.
…patterns of strings that a particle of unique mass and force charge is created (that is to say, the electron is a type of string that vibrates one way, while the up quark is a type of string vibrating another way, and so forth). String theory/M-theory proposes six or seven dimensions of hyperspace in addition to the four common dimensions for a ten- or eleven-dimensional spacetime.
#8 teachnically its an insane rated level
But very easy when you know which path to go to
But very easy when you know which path to go to
*technically
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#13
Lizunchikk wrote:
very important
A theory of *snip uncredited plagiarism of https://en.m.wikipedia.org/wiki/Theory_of_everything *
Why so important that you can cut and paste from Wikipedia and not credit the source?
Or is this more a commentary on the ethics of the youth today? Or ... So many questions ...
Yes, very important
I had recently watched a interesting video on string theory which had addressed this topic. Conceidences.
too much geometry dash
that’s my line 😡😡
0
#19
I guess I'm just getting too old to care about all of this "origin of the universe" crap. As far as I can tell, it's just a bunch of egghead physicists and mathematicians arguing over how many angels can dance on the head of a pin. (I enjoy listening to Eric Weinstein, but I still lump him into that "egghead" group, haha.)
I recently picked up a bunch of used books from a book store for very little money. One of the books is a 2004 book by Roger Penrose titled "The Road to Reality". https://en.wikipedia.org/wiki/The_Road_to_Reality This book, over 1000 pages, is supposedly one of his "popular publications", and not even one of his academic books. Skimming through the book and noting the many advanced mathematical equations: If this is one of his "popular publications", I'd really hate to try to read one of his academic books.
I doubt if I'll ever read this thing cover to cover. I could spend the rest of my life reading all of this big bang stuff, and I'd feel like I'd only scratched the surface of all these theories. If I sound like a grumpy old man, I guess I'm guilty as charged. If we ever do come up with a convincing "grand unifying" theory, I'll celebrate with the rest of you guys and gals, but I'm not holding my breath. :-)
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Over the past few centuries, two theoretical frameworks have been developed that, together, most closely resemble a theory of everything. These two theories upon which all modern physics rests are general relativity and quantum mechanics. General relativity is a theoretical framework that only focuses on gravity for understanding the universe in regions of both large scale and high mass: planets, stars, galaxies, clusters of galaxies etc. On the other hand, quantum mechanics is a theoretical framework that only focuses on the three non-gravitational forces for understanding the universe in regions of both very small scale and low mass: subatomic particles, atoms, molecules, etc. Quantum mechanics successfully implemented the Standard Model that describes the three non-gravitational forces: strong nuclear, weak nuclear, and electromagnetic force – as well as all observed elementary particles.[4]: 122
General relativity and quantum mechanics have been repeatedly validated in their separate fields of relevance. Since the usual domains of applicability of general relativity and quantum mechanics are so different, most situations require that only one of the two theories be used.[5][6][7]: 842–844 The two theories are considered incompatible in regions of extremely small scale – the Planck scale – such as those that exist within a black hole or during the beginning stages of the universe (i.e., the moment immediately following the Big Bang). To resolve the incompatibility, a theoretical framework revealing a deeper underlying reality, unifying gravity with the other three interactions, must be discovered to harmoniously integrate the realms of general relativity and quantum mechanics into a seamless whole: a theory of everything may be defined as a comprehensive theory that, in principle, would be capable of describing all physical phenomena in this universe.
In pursuit of this goal, quantum gravity has become one area of active research.[8][9] One example is string theory, which evolved into a candidate for the theory of everything, but not without drawbacks (most notably, its apparent lack of currently testable predictions) and controversy. String theory posits that at the beginning of the universe (up to 10−43 seconds after the Big Bang), the four fundamental forces were once a single fundamental force. According to string theory, every particle in the universe, at its most ultramicroscopic level (Planck length), consists of varying combinations of vibrating strings (or strands) with preferred patterns of vibration. String theory further claims that it is through these specific oscillatory patterns of strings that a particle of unique mass and force charge is created (that is to say, the electron is a type of string that vibrates one way, while the up quark is a type of string vibrating another way, and so forth). String theory/M-theory proposes six or seven dimensions of hyperspace in addition to the four common dimensions for a ten- or eleven-dimensional spacetime.