POSI. When they colide with electrons they would produce 2 photons while executing themself. In real life positrons are created when a proton turns into a neutron. Positrons are also created through radioactive decay so when ISOZ decays it should make positrons. Also pair production makes positrons.

NETR. Neutrinos. These would succesfully pass through any substance like photons travel through glow. There ctype would tell what type of neutrino they are. For example (ELEC) would make it an electron neutrino. I suggest a new reaction where hydrogen turns into NBLE at high temperatures. When this happens neutrinos would be released. They would also be made by plutonium reacting and when a proton turns into a neutron.

PROT. Protons. Why were they rejected?

ZBSN. Z Bosons. They would carry weak force. They would make neutrons decay.

MUON. Muons. They would be accelerated slowly by ACEL because of their high mass for an elementary particle. They would be able to penetrate deep into other particles. They would be made when ACEL accelerates hadrons to very high speeds. They would have a very short life as they are unstable.

AMON. Antimuon.

TAU. tuas. Slowly accelerated by ACEL. Has a short lifetime. Will decay into either a tau neutrino, electron and positron
neutrino or a tau neutrino, muon and antimuon neutrino.

ATAU. Antitau.

There are only 3 elementary particles in tpt and they would help make useful creations such as gamma ray simulators,
muon brains and quantum computers. If they are rejected then I will suggest them for a mod. Please tell me if you like them as tpt needs more quantum physics and please correct any mistakes I made.