Garbage in one end, power, fuel, and a ceramic substance out the other.

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Yes and no. It actually depends on what you put in it- if you just feed it old copper pipes, it's not going to produce any fuel at all. If you feed it all organic waste, it'll produce quite a bit.PicassoCT wrote:Takes more Engery then is delivered. Much more.
I can control them. You there, that atom, next time a particle passes through you, do stuff allAF wrote:When you burn hydrogen and oxygen they form H2O. They're the same atoms and elements and molecules but in a different arrangement and with new bonds etc.
This is a basic chemical reaction.
However ripping the electrons off of the Hydrogen and oxygen atoms to temporarily form a plasma, can change the very nature of those atoms, and the end result is that those are notthe same atoms.
They are not the same thing.
In the mean time I think the billions of anti-particles passing through your body should prove little comfort for your fear of antimatter, valued at $1 trillion per g, and atoms composed of which rarely seen for more than brief milliseconds at a time in particle accelerators. Just think, trillions of particles are passing through you each second, many reacting with your body in ways you cant control.
But while you were saying that other trillion of particles pierced your stomach! :)BlackLiger wrote:I can control them. You there, that atom, next time a particle passes through you, do stuff allAF wrote:When you burn hydrogen and oxygen they form H2O. They're the same atoms and elements and molecules but in a different arrangement and with new bonds etc.
This is a basic chemical reaction.
However ripping the electrons off of the Hydrogen and oxygen atoms to temporarily form a plasma, can change the very nature of those atoms, and the end result is that those are notthe same atoms.
They are not the same thing.
In the mean time I think the billions of anti-particles passing through your body should prove little comfort for your fear of antimatter, valued at $1 trillion per g, and atoms composed of which rarely seen for more than brief milliseconds at a time in particle accelerators. Just think, trillions of particles are passing through you each second, many reacting with your body in ways you cant control.
Most atoms don't have the exact same electrons and configuration now that they did one second ago, so I don't see how that's relevant.AF wrote:You cant undo the reaction like you can unfold that piece of origama youve spent hours on. Rather you recombine via a different reaction. It can be returned to the original state just not the exact same electrons and configuration. Common sense really.