@program Raw electrons are easy to get, actually. Pretty much every TV on the market for over 50 years required a concentrated beam of electrons in order to create a picture. You're right though, in the real world this would be total BS. The fusion/fission question does apply to/come from our real-world understanding of the subject though, so yeah.
program, I don't really know how it applies to reality. I have no idea how this got front side.
the fusing is not fusion of water vapor, but the electrons seperate the hydrogyn and oxygen, thus creating fusion
im not a science maniac, but how would this apply to the real world? how do you get raw electrons or the exotic matter?...
I don't think that lighter elements can't undergo fission altogether, but I think it's that fission in heavy, unstable elements is more common because their nuclei hold weaker bonds, so lighter, much more stable elements are harder to break because of their balanced equilibrium
This is fusion. Light atoms (hydrogen, helium (NBLE), oxygen and carbon (CO2) don't have the mass required to split into smaller atoms, so they combine to form larger atoms. Fission is only possible in atoms with extremely large, unstable nuclei such as uranium or plutonium.
I'm so confused about whether or not this is fission or fusion, at this point >.<
Well, I actually made the genade/bomb from scratch, after experimentation with other designs. I will say again, this is FISSION over the medium of water - I know the electrolysis effect, HYGN being formed from ELEC+WATR, etc, but I am not using direct Hydrogen. I don't really understand why you're all getting mad, but it's quite amusing. If you can't forgive my lack of knowledge, don't, and downvote this save. 'Nuff said.
(Capitals only added for emphasis, I mean no offense or shouting. If you want to verify what I said, Google it or read it up.)