This is my first post as well as my first element suggestions, so I apologize if this is not the right place for this. The FAQ tab was a little sketchy on where to post suggestions. (Seems like it would be a Frequently Asked Question.) anyway

Tritium Dioxide: [TRIT]  Unstable Liquid. Reacts with deut ( bombard it with Neutrons, plasma, thdr, lightning.) to allow nuclear fusion at room temperature and atmospheric (- 2 to about 15) pressure. Slowly decays producng hydrogen, oxygen, and a few neutrons, (since tritium dioxide is A hydrogen atom with two extra neutron (TRI-tium, and bonded to 2 oxygen atoms in real life) when exposed to heat ( roughly 80C & ^), third heaviest liquid, (TRIT< MERC < EXOT).

Hi-Explosive: [Hi-X] Highly explosive powder. Once detonated (exposed to heat, flame, plasma, or sparked from a conductor) Powder rises to max temperature before exploding, generating 100 Pressure and plasma, a few particles of [HI-X] (about one in ten) should become max temp metal or thdr particles blown around by the blast) this would be the first plasma producing explosive element in powder toy. CORRECTION: the first explosive to only produce plasma.

Seismic Charge [SKWV, SHCK, WAVE, CONC, etc.]: Solid Explosive: detonated by spark or flame, (Not heat alone) Generates a tiny puff of embers ([EMBR] Hidden element) and a 235 Pressure wave that does not weaken with distance, only on contact with elements, simulates a blast-wave from a thermonuclear blast. ADDENDUM: It stands to reason that pressure, since it has been discovered to consist of small 4-pixel squares, is in fact an element of sorts, shouldn't it then have the same base parameters as one (life, ctype, etc.)? the matter of coding a non-detiorating wave should just require finding the hex (or whatever LUA, etc.) address and setting life to something high like 1e100, for example, finding the required address would be the hard part, I presume. Or I could be completely wrong in my logic regarding the nature of pressure in powder toy.

I leave all other details (what they become from neutrons, hidden features, etc. up to you cool guys who created and update such an awesome program. Kudos.)

Again, my apologies if wrong place. Anyway think about it and it might even inspire me to come up with some new ideas and suggestions. Thanks -Xarael