- #1
CosmicKitten
- 132
- 0
Has anybody thought of it before?
I mean even if it were energetically expensive to harness it it might actually create more than it takes since the energy source is raining down from the heavens anyway.
Such a power plant would have to be placed at a high altitude though because most cosmic rays hit the atmosphere and are no longer in proton form before they reach near the surface.
Perhaps even looking into using secondary cosmic rays (often muons) to facilitate muon-catalyzed fusion might be useful?
I wonder... is it possible that the energy surplus from the original cold fusion experiment was due to a stray cosmic ray that hit the protons in the palladium hydride?
And perhaps the crystal structure of the hydrogen made for a short-lived fusion chain reaction?
What if the palladium hydride were supercooled? How would a hot proton bashing into it work then?
Sorry for my ignorance... I want to learn here, see. It's so frustrating having so many ideas and not enough knowledge to know how to put them in action...
I mean even if it were energetically expensive to harness it it might actually create more than it takes since the energy source is raining down from the heavens anyway.
Such a power plant would have to be placed at a high altitude though because most cosmic rays hit the atmosphere and are no longer in proton form before they reach near the surface.
Perhaps even looking into using secondary cosmic rays (often muons) to facilitate muon-catalyzed fusion might be useful?
I wonder... is it possible that the energy surplus from the original cold fusion experiment was due to a stray cosmic ray that hit the protons in the palladium hydride?
And perhaps the crystal structure of the hydrogen made for a short-lived fusion chain reaction?
What if the palladium hydride were supercooled? How would a hot proton bashing into it work then?
Sorry for my ignorance... I want to learn here, see. It's so frustrating having so many ideas and not enough knowledge to know how to put them in action...