Re: Quantum Gravity fix'd?
First of all, entropy doesn't have a rate. Defining it as S, entropy is essentially a measure of the portion of energy in a system which is unable to do work.
Gravitons are definitely compatible with String theory...much more so than the standard model, given that like every other particle, it is a state of a given string.
Basically, what you're saying at the end of your first post is that string vibrations are responsible for gravitational behavior, and the 'intensity' of the specific string behavior will determine the strength of the gravitational field, which should be contingent on the disorder of the system. This is because intensity determines energy. Ultimately, this means there are no gravitons.
However, this explains nothing, even if we ignore the misunderstanding of entropy. It does not explain how gravity exerts it's force. Rather, it states something relatively obvious that has nothing to do with gravitons.
Gravitons would be a specific manifestation of specific string behavior. What you're saying does not argue for or against this idea.
With respect to your second post, while some of this is interesting speculation, I don't think M theory allows for much of this. Links to the support for ...essentially any of these statements?
This isn't a troll post, I swear.
The initial idea was somewhat unclear but given my quickly progressing knowledge of the subject I've come up with a more clear idea of how to portray it in real terms.
String theory quantifies the basest particle to be energy, one unit of which is a string.
Low energy Strings interacting with other low energy Strings gives a chance for a 0-energy situation, because of destructive interference of waves.
With 0-energy, it collapses into a dimension where it can exist with this much energy, a slight reduction of total mass, and bending of space.
This should neatly explain black holes as infinite entropy entities,
and why a large amount of matter causes gravity by simply slipping out of existence at a constant rate on a quantum level.
This idea leaves room for dark matter/energy.
It also could explain why we haven't seen Gravitons yet.
Entropy defines the 4th dimension of our universe. Why not let it be a path in and out of the universe's self-feeding stars, and seemingly self-feeding nothingness?
The initial idea was somewhat unclear but given my quickly progressing knowledge of the subject I've come up with a more clear idea of how to portray it in real terms.
String theory quantifies the basest particle to be energy, one unit of which is a string.
Low energy Strings interacting with other low energy Strings gives a chance for a 0-energy situation, because of destructive interference of waves.
With 0-energy, it collapses into a dimension where it can exist with this much energy, a slight reduction of total mass, and bending of space.
This should neatly explain black holes as infinite entropy entities,
and why a large amount of matter causes gravity by simply slipping out of existence at a constant rate on a quantum level.
This idea leaves room for dark matter/energy.
It also could explain why we haven't seen Gravitons yet.
Entropy defines the 4th dimension of our universe. Why not let it be a path in and out of the universe's self-feeding stars, and seemingly self-feeding nothingness?
First of all, entropy doesn't have a rate. Defining it as S, entropy is essentially a measure of the portion of energy in a system which is unable to do work.
Gravitons are definitely compatible with String theory...much more so than the standard model, given that like every other particle, it is a state of a given string.
Basically, what you're saying at the end of your first post is that string vibrations are responsible for gravitational behavior, and the 'intensity' of the specific string behavior will determine the strength of the gravitational field, which should be contingent on the disorder of the system. This is because intensity determines energy. Ultimately, this means there are no gravitons.
However, this explains nothing, even if we ignore the misunderstanding of entropy. It does not explain how gravity exerts it's force. Rather, it states something relatively obvious that has nothing to do with gravitons.
Gravitons would be a specific manifestation of specific string behavior. What you're saying does not argue for or against this idea.
With respect to your second post, while some of this is interesting speculation, I don't think M theory allows for much of this. Links to the support for ...essentially any of these statements?



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