Quote:
Originally Posted by AntonioLao  The three species of pions are p+, p-, and p°. Each of these is involved in at the least one mode of particle creation and annihilation. Neglecting their probabilities the following symmetrical reactions are all theoretically possible: (1) p- + p « n, (2) p+ + n « p, and (3) p° + e+ « p. The question to be asked is why the proton (p) appears in all reactions? The neutron (n) appears twice, while all species of pions and the positron only appear once? |
It seems plain as a pikes staff,there is an arrow of reducing dimensions leading to one,
you have just drawn the line Antonio,proton3,neutron2,pion1,there you have it laid out
for you,3-2-1?Reduce all this to one power that is where the arrow points,when you arrive
at the primal one point,there is the POWER.
regards michael.