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Maybe I don't think like mainstream people, or people are happy with simple explanations, then get on with their lives.
I've often thought about the nature of electricity - that only deals with the negative electrons. They are the ones that do all the work don't they......don't they ?
By inducing an electrical charge in a wire by a rotating magnet - the electrons move - hopping from one atom shell to another all the way around the circuit. This is how we're taught.
I have thought differently that it is the atoms constantly in vibration, yet held in their positions by chemical bonds and nuclear forces, that can knock together if a voltage is supplied at one end - the force will travel like a newtons cradel - untill the force emerges at the other end.
I suggested it is like a pipe of snooker balls.
I have just read that this is an accepted theory
But - what of the positively charged particles?
What if we can strip electrons from an atom - we also release the positron - the electrons' nemesis ?
Then just as the electron moves around the circuit in one direction, (jumping atoms) the positron moves in the opposite direction - untill they meet and annihilate each other - resulting in a production of heat.
From research - it seems that there is a moment when the electron and positron are captivated in a spin - and this particle is called a positronium.
positroniums would consist of an electron and the positron (a particle of equal mass), making Positroniums about a thousand times less massive than hydrogen.
It only lasts nanoseconds - before exploding (imploding?) - emitting gamma radiation in (in the experiment)
It is theorised, that 1 miligram of positronium particles - would explode with the force of 25 kilotons of dynamite.
Would like to hear your views.
Introduction to Positron Research
I've often thought about the nature of electricity - that only deals with the negative electrons. They are the ones that do all the work don't they......don't they ?
By inducing an electrical charge in a wire by a rotating magnet - the electrons move - hopping from one atom shell to another all the way around the circuit. This is how we're taught.
I have thought differently that it is the atoms constantly in vibration, yet held in their positions by chemical bonds and nuclear forces, that can knock together if a voltage is supplied at one end - the force will travel like a newtons cradel - untill the force emerges at the other end.
I suggested it is like a pipe of snooker balls.
I have just read that this is an accepted theory
But - what of the positively charged particles?
What if we can strip electrons from an atom - we also release the positron - the electrons' nemesis ?
Then just as the electron moves around the circuit in one direction, (jumping atoms) the positron moves in the opposite direction - untill they meet and annihilate each other - resulting in a production of heat.
From research - it seems that there is a moment when the electron and positron are captivated in a spin - and this particle is called a positronium.
positroniums would consist of an electron and the positron (a particle of equal mass), making Positroniums about a thousand times less massive than hydrogen.
It only lasts nanoseconds - before exploding (imploding?) - emitting gamma radiation in (in the experiment)
It is theorised, that 1 miligram of positronium particles - would explode with the force of 25 kilotons of dynamite.
Would like to hear your views.
Introduction to Positron Research
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