[grey_whiskers]

(corresponding to eigenvalues of the Hermitian operator representing the quantum observable being measured)

...and keep in mind that by definition Hermitian operators have only real eigenvalues... :-)

[snarks_when_bored]

(corresponding to eigenvalues of the Hermitian operator representing the quantum observable being measured)

...and keep in mind that by definition Hermitian operators have only real eigenvalues... :-)

Indeed, g_w.