- #1
Terry Giblin
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Why is the half-life of a proton, what it is?
Can any branch of Mathematics or Physics explain it or predict it.
I have asked myself these very same questions many times before.
We are closer to finding, a tachyon than a proton-decay.
Not that I am complaining since proton decay, if it occurs could be instantly catastrophic similar to the reverse of the Big Bang.
Why is the Half-life of the proton related to “The reverse of the Big Bang!”
Remember the proton is made up from three quarks, two “up” and one “down” quark.
A Hydrogen atom is one proton, - (two “up” quarks and one “down” quark)and one electron & photons.
If photons could form electrons and the electron’s electrical properties could cause corresponding quarks to form, to maintain and satisfy all the laws of nature.
The half-life of the proton could be the day this process is reversed, as quickly as it began.
Another question to ask the String Theory - when a proton forms from three quarks or superstrings do they form three separate strings within the proton or one larger string from the three smaller strings one large proton?
We know the energy to break the proton back into three quarks, is that the force of the mediator the gluon or the energy to break the large superstring into three small strings.
Has anyone considered surface tension in the latest string models?
Once we have answered these questions, we will have already solve your question in the process, it can be used as a very good test.
Regards
Terry Giblin
Can any branch of Mathematics or Physics explain it or predict it.
I have asked myself these very same questions many times before.
We are closer to finding, a tachyon than a proton-decay.
Not that I am complaining since proton decay, if it occurs could be instantly catastrophic similar to the reverse of the Big Bang.
Why is the Half-life of the proton related to “The reverse of the Big Bang!”
Remember the proton is made up from three quarks, two “up” and one “down” quark.
A Hydrogen atom is one proton, - (two “up” quarks and one “down” quark)and one electron & photons.
If photons could form electrons and the electron’s electrical properties could cause corresponding quarks to form, to maintain and satisfy all the laws of nature.
The half-life of the proton could be the day this process is reversed, as quickly as it began.
Another question to ask the String Theory - when a proton forms from three quarks or superstrings do they form three separate strings within the proton or one larger string from the three smaller strings one large proton?
We know the energy to break the proton back into three quarks, is that the force of the mediator the gluon or the energy to break the large superstring into three small strings.
Has anyone considered surface tension in the latest string models?
Once we have answered these questions, we will have already solve your question in the process, it can be used as a very good test.
Regards
Terry Giblin