Quote:
Originally Posted by coliver
ok, so basically Im talking about ionization or electrolysis maybe? Like when Gold is applied to nickel etc? Say this negative electron Plasma is floating around in space at a temperature around zero degrees. Then some form of energy or heat source collides with it, heating it up above zero and triggering an EM field? Or is that what happens that we know already? If this is the case then matter would be formed from the process right? Im trying to figure out what the anode is in relation to what I was saying about a CRT? I know the Cathode would be the Plasma.
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No,
coliver you are mixing up stuff again.
First of all:
Ionization is the taking away of an electron from an atom, leaving a positive ion and an negative electron.
Electrolysis is using electricity to split up molecules, like in water you will split the H
2O into H
2 at the cathode and O
2 at the anode
The third example you quote is connecting a lesser noble metal to a nobler one. In this case the oxydation (rusting) of the combined object will take place in the lesser noble metal. I cannot come up with the name of this process at the moment.
Then the next part. There is no negative electron plasma in the universe. All plasmas are neutral, which means there is an equal amount of free floating negative and positive particles in the plasma.
There is also no "energy or heat source that can collide with it". You can have that the plasma cloud collides with another plasma or gas cloud, or is acted upon by a radiation source like a nearby star. And then I have not even addressed the fact that the plasmas in the universe usually have a temperature much much higher than the 2.7K background temperature.
And then the part about creating EM field, the plasma being the cathode, I am sorry, but that does not make sense. It only makes sense if you assume that there is a pure electron plasma (which does not exist in the universe), but electrons are matter too. There is no way that electrons together with some heat and an EM field will create protons, neutrons and large ions.