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Just today my college classmates asked me about this at the assistantship! Awesome synchronicity!

Great lecture! Thanks!

Excellent! Thank you.

This is great! Thanks!

Thanks

22:15 vector/mapping

Thank you so much..SIR..what a great explanation.. keep up the good work 👍

Thank you so much! I got to finally understand the examples of keeping the higher frequencies for the edges and the lower frequencies for the constrast, also how to analize points in the k-space. :'D

Keep the good work, really helpful :) !

Cross product as a determinant in high school ...? Wow man, I am soo old now, I am a couple years older than you even, we definitely didn't do any linear algebra (or vector algebra for that matter) in high school ...

You aren't the only guy who says magnetization like "magnet-ation", saw a video of a guy from Stanford doing same thing. Say it like a Canadian my friend, "magnet-eye-zation" ... Your videos are great BTW, 2018, 2019, all of them, love it, magnet-ation is a minor irritant, I don't actually care that much ...

Hi. I have a question. Is the size of k-space completely determined by the sampling-rate?

f space

Hey Dr. Liu, what is "magnezation" ...??? Oh, you mean "magnetization" ...!!! Lol.

I want to evaluate double inverse fourier transform of a function f(u,v) which is not separable into individual funtions of variables u and v each. How do I do that? I want to use Complex Analysis. Please help.

If each point of k-space only represents a certain stripe pattern. The phase of the reconstructed "image" using a single ksp point will change periodically even if the gradient has a poor linearity. Is this right? It conflicts with rad229 th-cam.com/video/uO--lYGjvFM/w-d-xo.html at 14:40

Some funny endings ;-)

10:18 🍆

Love it!! 😃

Amazing lecture!! You're the best Dr. Liu

Great video, Professor Liu! 🤪