Correct me if I'm wrong, but plasma is a state of matter where the matter has enough energy to ionise, correct? Alpha particles are essentially helium nuclei, meaning they're 2 protons and 2 neutrons, with a charge of 2+. That means they're technically ions, which I believe means they can qualify as plasma, technically
An Alpha Particle is the electron-stripped nucleus of a Helium atom. Assuming that NBLE is an analog of Helium, then Plasma is essentially NBLE without its electrons, thus making it a rough analog of Alpha Radiation.
Neptunium might be interesting. Which isotope would it be?
Iodine also sounds interesting. Out of curiosity, how would Radon affect Water?
EDIT: I got ninja'd. XD
It would essentially contaminate Water. If this is possible, and Neptunium -237 this would be great for fusion especially in space projects. And in Neutron detection equipment. Neptunium's color Sunflower Blue. Iodine would be a Brown Orange sticky liquid, until in contact with Water.
That's what Lead would do! Radon is essentially radiation.
Did some quick Wiki-ing. Neptunium would decay into Plasma, Electrons, and... Lead, Uranium, or Polonium... Holy crap. Decay chains are complicated. :/
They are. I'd say Neptunium decays into Isotope-Z, possibly Plutonium. Higgs Boson the God of Sub Atomic particles can nearly do anything. Based on @lorddeath's Higgs Boson particle in his mod. Color:Yellow Orange. Abbreviation:HIBO.
coryman:
Correct me if I'm wrong, but plasma is a state of matter where the matter has enough energy to ionise, correct? Alpha particles are essentially helium nuclei, meaning they're 2 protons and 2 neutrons, with a charge of 2+. That means they're technically ions, which I believe means they can qualify as plasma, technically
JMBuilder:
I added Alpha Particles as a separate "element."
How else should it react with things?
Another element idea: Oganesson-294, OGSN. This highly unstable element decays quickly into uranium, plutonium, and cesium, while releasing massive amounts of heat, neutrons and photons. It would have a light blue color. Also, as pressure increases, it becomes more stable, until it fully stabilizes at 200 pressure.