@9:49 isn’t it counter-intuitive that stationary spins will not give any signal although they have more potential to be in phase and so can give bright signal? While the opposite should be true for the moving spins that experienced phase shift? I am sorry I m confused… specially after going through the “diffusion weighted imaging physics” where the basic theme was that stationary protons will give brighter signal (restricted diffusion)… please help !!
Before starting CT physics there are many other MR topics to tackle.😅 Looking very much forward to it. Great content!
Omg...I can't thank you enough for this video🤗🤗🤗
Sir when u r going to start CT physics
Can’t wait for you to start videos on Ct physics 😊
sir , can you make video on CT physics
@9:49 isn’t it counter-intuitive that stationary spins will not give any signal although they have more potential to be in phase and so can give bright signal? While the opposite should be true for the moving spins that experienced phase shift? I am sorry I m confused… specially after going through the “diffusion weighted imaging physics” where the basic theme was that stationary protons will give brighter signal (restricted diffusion)… please help !!
Doesn't this oppose the concept you have taught all along..that it's the in phase spins which provide signal??
Flawlessly explained, thank you very much for this content!
Sir what's the best method for quantification of CSF.?
Please go over functional MRI when you have the chance! Thanks for all your amazing contents.