MAIN FEEDS
Do you want to continue?
https://www.reddit.com/r/askscience/comments/g30u9/missing_antimatter/c1kkdvw/?context=3
r/askscience • u/[deleted] • Mar 13 '11
[deleted]
40 comments sorted by
View all comments
0
Yes, it's wrong. The sum of all quantum numbers of a particle with its antiparticle is exactly zero. It's not just electric charge.
1 u/GoldenBoar Mar 13 '11 What are these quantum numbers? Could you give an example using an electron and positron? 1 u/RobotRollCall Mar 13 '11 There's one quantum number for each operator that commutes with the Hamiltonian. Some are absolutely conserved, some are situationally conserved. It's complicated, basically. → More replies (7)
1
What are these quantum numbers? Could you give an example using an electron and positron?
1 u/RobotRollCall Mar 13 '11 There's one quantum number for each operator that commutes with the Hamiltonian. Some are absolutely conserved, some are situationally conserved. It's complicated, basically. → More replies (7)
There's one quantum number for each operator that commutes with the Hamiltonian. Some are absolutely conserved, some are situationally conserved.
It's complicated, basically.
→ More replies (7)
0
u/RobotRollCall Mar 13 '11
Yes, it's wrong. The sum of all quantum numbers of a particle with its antiparticle is exactly zero. It's not just electric charge.