Great video and illustrations but I found some mistakes: You say ellipse when talking about an ellipsoid at 15:11 the phase diagram in the middle shows the blue vector as having phase 0. If the blue vector has higher frequency it should have phase -pi.
why these spins at 6:32 have different magnitude ? ins't the magnitude of these that is giving these spin precessions the elliptical shape ? but it's not explained why these spins have different magnitudes. In all previous lectures we were looking at a group of isochromats for simulations.
Great video and illustrations but I found some mistakes:
You say ellipse when talking about an ellipsoid
at 15:11 the phase diagram in the middle shows the blue vector as having phase 0. If the blue vector has higher frequency it should have phase -pi.
why these spins at 6:32 have different magnitude ? ins't the magnitude of these that is giving these spin precessions the elliptical shape ? but it's not explained why these spins have different magnitudes. In all previous lectures we were looking at a group of isochromats for simulations.