(using Cr15py's reccomended format)

BPAR - Beta Particle - Beta Particle. Splits a particle into what merged together to form it.

Fuschia Glow, Honestly don't know what state this classifies as, same state as neutrons and protons and electrons, doesn't change state, causes certain particles to split into what merged together to form them and producing heat and pressure in the process, its formed when certain radioactive materials are between -140 to -200 in pressure (low pressure thing is because most radioactive elements are used at high pressures or simply have no reason to have a low pressure so it shouldn't break saves). somes uses of this are 1. Bombs because it releases heat and presure, 2. Reactors for all the same reasons as bombs, 3. Transportation as you can combine two particles, send them elsewhere, and split them again, halving the amount of particles that need to be transported, 4. Reversing unwanted reactions because if you are making something and an unwanted reaction occurs and theres nothing you can do about it, a reaction-reversing particle could be used to continue with the particles that had the unwanted reaction separated. I made this up after just googling "particles that split elements" and I chose one from the list. Im going to go into a bit more detail on the uses. I'll give instructions on how to make a Beta Bomb: 1. make a hollow CRMC circle 2. place ACID in it 3. Place NEUT in it 4. Put BPAR in it 5. watch as the NEUT and ACID become ISOZ, which is then converted back to NEUT and ACID alongside heat and pressure, the NEUT and ACID react again, the BPAR and ISOZ react again, until heat causes the ceramic to turn into lava and let the burning contents explode out. 6. it works much better with a second compartment full of powder that sprays burning powder everywhere. To make a reactor follow all the steps for a bomb except add cooling around the CRMC. Item transportation is really self-explanatory, you condense some particles into one, send them through a pipe, and BPAR converts them back, this is useful because to get the same speed without BPAR that you would need to double the amount of pipes, taking up space. Reversing unwanted reactions doesn't need more explanation, an unwanted reactions always occurs and you can't find the problem? just use BPAR to fix it!

It can be something other than beta particles then.