Thank you for the fantastic videos, I'm really in love with this series. Just one question... I couldn't help but notice that all the decay curves from each voxel have the same frequency (12:14). They're not supposed to have different frequencies decay curves corresponding to their localized applied magnetic field which is = (main magnetic field Bo and the gradient field)?
Correct! The frequency will depend on whatever magnetic field that voxel is experiencing. This example would be if we have no gradient field applied and our B0 field is uniform across the slice. You can imagine how messy things become once we start applying these gradient fields. Check out the signal localization lectures if you haven't already to see exactly that! th-cam.com/video/v8jW8K1y-KE/w-d-xo.html th-cam.com/video/DYj1SLNppQM/w-d-xo.html th-cam.com/video/nFDzXvjF7gg/w-d-xo.html
Dr. TE, you are a lifesaver!!
Thanks for the support and please share!
My radiography exam in MRI is this Wednesday, who needs luck when I have such excellent lectures to supplement my learning. Thank you 🙏
Hope they help and best of luck on your exam!
studying for FRCR, glad i've found your videos before trying to understand Farr's MRI chapter
Glad they helped and thanks for watching!
this series is amazing, never seen someone who explains things as well as you do!
Very kind, thank you for the comment and support!
Epic. Look forward to Lecture 6
Coming soon!
As a student your work is appreciated! Thank you!
You're welcome! Glad to see others getting excited about MRI Physics and good luck on your studies!
Thank you so much pro please make more videos about MRI sequences
Thanks for the comments and support, more to come!
Thank you for the fantastic videos, I'm really in love with this series. Just one question... I couldn't help but notice that all the decay curves from each voxel have the same frequency (12:14). They're not supposed to have different frequencies decay curves corresponding to their localized applied magnetic field which is = (main magnetic field Bo and the gradient field)?
Correct! The frequency will depend on whatever magnetic field that voxel is experiencing. This example would be if we have no gradient field applied and our B0 field is uniform across the slice. You can imagine how messy things become once we start applying these gradient fields. Check out the signal localization lectures if you haven't already to see exactly that!
th-cam.com/video/v8jW8K1y-KE/w-d-xo.html
th-cam.com/video/DYj1SLNppQM/w-d-xo.html
th-cam.com/video/nFDzXvjF7gg/w-d-xo.html
love this it’s so interesting and the way to teach is so funny and it’s so helpful
Glad it was helpful and thanks for supporting!
Excellent lectures!!!!!!!! Thanks 😊
Glad to hear they help, thanks for the support!
Amazing video
Thanks for watching!
Thank you, thank you, thank you.
Absolutely outstanding.
I would give you an honorary degree in Physics PHD.
Ha too kind, thanks for the support!
Bros amazing 🎉
Thank you very much pro
Thank you so muchh.
Thanks for watching! New video coming this weekend!
Great thanks
Glad it was helpful!
Awesome🎉
Thank you! Cheers!
Sincerely waiting for your expose on k-space!
In the works, will be worth the wait!