why is a nuclear explosion not like a lazer
why not a uniform colour of light ....
can a single atom simultaneously release more than one colour of light ?
seems logical that the light may divide into different spectral emissions but how ?
i mean the theory behind a lazer is the simultaneous explosion of atoms in a synchronous pulse...
and theoretically a nuke is the same ...
i was reminded of light bulbes....
i was reminded that hydrogen has only 1 electron .... so how on earth could it release all these energy patterns at once ....
a question about the release energy of electrons and the levels round a proton inside a nuclear explosion...
and if the electron would zoom off or not leaving a technically unguarded proton :(
humm a lazer effectively works on the same wavelength because the chemical concerned is sympathetic to a particular wave length of light ? so thus we can prove that single elements are not sympathetic to one wave length.... nope
but base elements like hydrogen ; probably ... but why ?
why not a uniform colour of light ....
can a single atom simultaneously release more than one colour of light ?
seems logical that the light may divide into different spectral emissions but how ?
i mean the theory behind a lazer is the simultaneous explosion of atoms in a synchronous pulse...
and theoretically a nuke is the same ...
i was reminded of light bulbes....
i was reminded that hydrogen has only 1 electron .... so how on earth could it release all these energy patterns at once ....
a question about the release energy of electrons and the levels round a proton inside a nuclear explosion...
and if the electron would zoom off or not leaving a technically unguarded proton :(
humm a lazer effectively works on the same wavelength because the chemical concerned is sympathetic to a particular wave length of light ? so thus we can prove that single elements are not sympathetic to one wave length.... nope
but base elements like hydrogen ; probably ... but why ?
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