| 11. | One distinguishes bosons ( integer spin ) and fermions ( half-integer spin ).
|
| 12. | One distinguishes bosons ( integer spin ) and fermions ( half-integer spin ).
|
| 13. | For a state of half-integer spin the argument can be circumvented by having fermionic statistics.
|
| 14. | Because both the half-integer spin fermions and the integer spin bosons can become gauge particles.
|
| 15. | Because both the half-integer spin fermions and the integer spin bosons can become gauge particles.
|
| 16. | The' ) spins, and spinor representations for fermions with their half-integer spins.
|
| 17. | Magnons, Excitons, and Polaritons have integer spin which means they are bosons that can form condensates.
|
| 18. | :See List of particles # Fermions ( half-integer spin ) for a list of particles.
|
| 19. | Odd-mass-number nuclides are fermions, i . e . have half-integer spin.
|
| 20. | Since F D statistics apply to particles with half-integer spin, these particles have come to be called fermions.
|
