Ok, so I just got this game and, I have to say, I am very impressed.  It offers a LOT of possibilities, and I decided to test its limits by making a MASSIVE ball of Vibranium (it covered up 4/5 of the screen) and placed some elements (iron, titanium, wood, sand, and some fighters) and charged up the vibranium ball.  I topped out at 15 FPS during the process, and during the hypernova of a detonation it caused I maxxed at 7.  Reactions with the elements occured as expected:  everything was decimated.  What convinced me to post this thread (hell, make an account to post this thread) was that when the smoke cleared, there was, in the middle of the screen, a self-perpetuating ball of fusion reactions with hydrogen, oxygen, and several other items including CO2 and Noble Gas, all blowing out neutrons, electrons, plasma, and photons that ranged from the red-to yellow visible spectrum.

A star.

Naturally, I was deeply intrigued by how I even managed to make the thing, so I tried many, many times trying to recreate it, yielding nothing but little puffs.  As far as I can tell, it had to do with the Vibranium explosion.

After recreating the scenario (which, by the way, I narrowed the required ingredients down for), I studied what was different about the star than my attempts.  I saw that what was causing such a successful reaction was that each of the particles was being kept at a cozy >9000 Kelvin.  Further study on the wiki of the heat output from each of the reactions told me that there was something beyond the elements that was keeping the star alight.  I looked further, and I saw a bunch of white particles called WARP particles, whose temperatures remained the most constant.  After looking up what WARP particles were, I had my answer.

Apparently, a Vibranium explosion generates custom WARP particles specially coded to give off the maximum amount of heat while also dislocating the particles around it.  In the star, this kept it well above the temperature required for fusion as well as dislocating any lazy particle to convince it to fuse with its neighbor.  Sadly, this WARP particle cannot be replicated (at least by me), so the only way I know how to make a star is make a HUGE Vibranium bomb, make some wood next to it, then blow it up.

If any of you guys find out a quicker, easier way, go ahead and post it, otherwise, just talk about the concept and post some screenies of related things :D

Just tried it, and it only yielded a bunch of ELEC.  What happened for me was a LOT of ELEC and NEUT were fusing to make HYGN, which then split again due to the immense heat, whose resulting ELEC and NEUT re-fused, thus making a moshpit of a lot of different things, all the while emanating a lot of PLSM.

@boxmein (View Post)

Ok, so that explains why the WARP was so special. I knew the basics of what was required for fusion to occur, what surprised me was that it was occuring by itself, hence WARP.  Speaking of which, anyone know how to recreate that particular WARP?  It would be very helpful in prolonging the reactions happening in a nuclear reactor...

EDIT: Found out how to recreate the WARP, and I managed to get the same reaction, but I got OXYG for some reason, and don't know how to get rid of it or get it to take part in the fuson process somewhere.  Any ideas?