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peter kool
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questions about life of gamma ray particle
question-are gamma ray particles unchanged after gamma ray burst 13 billion years ago?
question-are changes detected not due to travel through normal space, scattering? changes due to dark matter/energy?
question-positronium decay at end universe: what happens to the gamma ray particles?
what is their lifetime in endless vacuum space time and can these particles decay in other way than scattering, interacting with dark matter/energy?
question can one surviving gamma ray particle at end universe create a gamma proton and or electron/positron creating matter and starting universe all over again?
question-what happens to a maximum loaded gamma ray particle (scattering not possible) if not disturbed for billions of years, for example in vacuum space time continuum?
question-how many gamma ray particles are too highly charged for scattering, who is producing them and what is their lifetime?
question-how many gamma ray particles are immortal or better said survive space time continuum without changing, scattering?
question-how many gamma ray particles are beyond space time continuum?
question-can one max loaded gamma ray particle create big bang (max charge no gamma proton release)?
question-where does energy go after creating big bang out of one max gamma ray particle?
and what space/time does it need to release energy? can that energy create space/time and or more dimensions?
question-can we hold one max loaded gamma ray particle in container? and if... for how long?
question-graphics of life of gamma ray particle also the ones that are billions of years old and not like the microwave background photons released 300000 years after big bang because they changed to 3 kelvin, these particles must be unchanged since release in early universe at gamma ray burst or have changed due to dark matter/energy so interaction or scattering must be ruled out
question-can the maximum gamma ray particle be dark energy not releasing its energy in 13 billion years of normal space/time or releasing in dark energy because they "know" without space/time how to release energy; and what is the effect if more than one max gamma ray particle (being beyond scattering) can be formed, go through space/time without changing, interacting with dark matter or releasing energy in normal space/time continuum producing matter thus releasing energy beyond space/time continuum in quantum multiversum and/or dark energy (energy must be released to get zero equilibrium universe or balancing the books in normal words versus containment of energy over 13 billion years since gamma ray burst and containing energy beyond "end universe" if particle is max charged and not interacting with our space/time universe) ?
question-how high can you charge a gamma ray particle in big bang itself at that moment?
question-the last one how many maximum gamma ray particles (beyond scattering) have we detected? excluding the big bang itself as being the max max gamma ray particle in this story releasing energy in multiple dimensions and or dark energy
ps-max gamma ray particle and scattering in space time continuum at end universe are not compatible, release of energy remember max charged particle should happen at end/beginning of neverending universe
pps-scattering: gamma ray particle produces one electron or positron and one gamma proton by itself without interaction or so it should be if its charge is low enough to let scattering happen
question-are gamma ray particles unchanged after gamma ray burst 13 billion years ago?
question-are changes detected not due to travel through normal space, scattering? changes due to dark matter/energy?
question-positronium decay at end universe: what happens to the gamma ray particles?
what is their lifetime in endless vacuum space time and can these particles decay in other way than scattering, interacting with dark matter/energy?
question can one surviving gamma ray particle at end universe create a gamma proton and or electron/positron creating matter and starting universe all over again?
question-what happens to a maximum loaded gamma ray particle (scattering not possible) if not disturbed for billions of years, for example in vacuum space time continuum?
question-how many gamma ray particles are too highly charged for scattering, who is producing them and what is their lifetime?
question-how many gamma ray particles are immortal or better said survive space time continuum without changing, scattering?
question-how many gamma ray particles are beyond space time continuum?
question-can one max loaded gamma ray particle create big bang (max charge no gamma proton release)?
question-where does energy go after creating big bang out of one max gamma ray particle?
and what space/time does it need to release energy? can that energy create space/time and or more dimensions?
question-can we hold one max loaded gamma ray particle in container? and if... for how long?
question-graphics of life of gamma ray particle also the ones that are billions of years old and not like the microwave background photons released 300000 years after big bang because they changed to 3 kelvin, these particles must be unchanged since release in early universe at gamma ray burst or have changed due to dark matter/energy so interaction or scattering must be ruled out
question-can the maximum gamma ray particle be dark energy not releasing its energy in 13 billion years of normal space/time or releasing in dark energy because they "know" without space/time how to release energy; and what is the effect if more than one max gamma ray particle (being beyond scattering) can be formed, go through space/time without changing, interacting with dark matter or releasing energy in normal space/time continuum producing matter thus releasing energy beyond space/time continuum in quantum multiversum and/or dark energy (energy must be released to get zero equilibrium universe or balancing the books in normal words versus containment of energy over 13 billion years since gamma ray burst and containing energy beyond "end universe" if particle is max charged and not interacting with our space/time universe) ?
question-how high can you charge a gamma ray particle in big bang itself at that moment?
question-the last one how many maximum gamma ray particles (beyond scattering) have we detected? excluding the big bang itself as being the max max gamma ray particle in this story releasing energy in multiple dimensions and or dark energy
ps-max gamma ray particle and scattering in space time continuum at end universe are not compatible, release of energy remember max charged particle should happen at end/beginning of neverending universe
pps-scattering: gamma ray particle produces one electron or positron and one gamma proton by itself without interaction or so it should be if its charge is low enough to let scattering happen
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