watch the devs implement all the other elements that are sugessted in other threads, which half of them dont make sense in the first place, but compleatly ignore this one, which is probobly the most logical implementation out of all the other threads on the fourms.

Protons could also possibly react VERY violently with WARP or something. The reaction would cause Newtonian gravity, max pressure and heat, allowing to create EXOT/WARP/PROT reactors.

Hydrogen plus a proton equals an extremely unstable isotope of helium which decays into D quickly. You need 4 hyrogen to produce one atom of helium.

Possibly also:

Protons could take energy charge from photons. In that case, the proton's tmp value would increment and photon's temperature would decrease by 50K? (Unless the photon is less than 500K, when the reaction would not happen). Protons could be also charged by nearby LIGH and THDR (when THDR is near, the tmp would increase by 1 and when LIGH is near, would increase by 10)

When proton would hit a GLOW particle, it's tmp2 becomes 1.

While proton's tmp2 is 1, it releases it's energy. When it hits a material which can conduct heat at the moment, and in the case it is not an energy particle, it would transfer heat to it (50K) and decrease one out of tmp. Also randomly, it's tmp would decrease by 1 during creating a small blast of Newtonian gravity. If it hits VIBR, it will decrease 10 out of the proton's tmp (if possible) and give 50 tmp to VIBR, allowing yet one way to charge VIBR. (Normally energy particles only give 20 tmp.)

And when the tmp reaches zero or under, it will reset to zero, and the tmp2 will be set to 0. Also, the proton will then die with a 50% chance. Another way to set the tmp2 to 0 without killing the proton (but also resetting it's tmp charge) would be to hit a TRON particle.

Uses:

• New kinds of light/photon based reactors
• An energy particle that can take charge like VIBR
• More accurate heaters
• Uses to LIGH and THDR