The discussion centers around the classification and interaction of elementary particles, specifically focusing on bosons and fermions. Participants explore the number of discovered elementary particles, definitions of bosons and fermions, and the nature of their interactions.
Participants express differing views on the total number of elementary particles and the criteria for counting them. There is no consensus on the exact number or the symmetry between particles and antiparticles, indicating ongoing debate.
Participants reference varying definitions and counting methods, which may depend on specific contexts or interpretations. The discussion highlights the complexity and evolving nature of particle classification.
no offense but you counted wrong. Typically anti-particles and different types of the same particle (different color, different charge etc) are all counted as 1. There are 4 known bosons, 6 leptops, and 6 quarks = 16. There is also a few predicted particles that havnt been discovered yet (higgs, neutralino, etc.).malawi_glenn said:1) google: http://en.wikipedia.org/wiki/List_of_particles (I got 28 when I counted, but there is 36 if you include gluons)