- #1
rushil
- 40
- 0
Is there any special significance of the fact that [tex] \vec{L} [/tex] and [tex] \vec{S} [/tex] of an electron are in-phase or out-of-phase at all times?
i.e. is there any special physical significance of the fact that
(i) [tex] | \vec{J} | = | \vec{L} | + | \vec{S} | [/tex]
(ii) [tex] | \vec{J} | = | \vec{L} | - | \vec{S} | [/tex]
I am referring to magnitudes above!
Also, is there any significance of the fact that [tex] \vec{L} [/tex] and [tex] \vec{S} [/tex] are NOT in phase at any time?
We are obviously assuming simple electronic configurations! :tongue:
i.e. is there any special physical significance of the fact that
(i) [tex] | \vec{J} | = | \vec{L} | + | \vec{S} | [/tex]
(ii) [tex] | \vec{J} | = | \vec{L} | - | \vec{S} | [/tex]
I am referring to magnitudes above!
Also, is there any significance of the fact that [tex] \vec{L} [/tex] and [tex] \vec{S} [/tex] are NOT in phase at any time?
We are obviously assuming simple electronic configurations! :tongue: