NMR or Medical Imaging (Advanced )

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SUMMARY

The discussion focuses on advanced learning resources for Magnetic Resonance Imaging (MRI) and Nuclear Magnetic Resonance (NMR), specifically for individuals with a background in physics. C.P. Slichter's book, particularly the first few chapters, is recommended for its thorough treatment of NMR concepts. It is noted that NMR in a uniform magnetic field does not provide imaging information, which is instead achieved through controlled gradients in the magnetic field. The contributions of Paul Lauterbur and Peter Mansfield, who won the Nobel Prize in 2003 for their imaging techniques, are highlighted as significant advancements in the field.

PREREQUISITES
  • Understanding of sophomore-level physics concepts
  • Familiarity with Quantum Mechanics (QM)
  • Knowledge of statistical physics
  • Basic principles of magnetic fields and resonance
NEXT STEPS
  • Explore advanced textbooks on NMR and MRI techniques
  • Research the imaging techniques developed by Paul Lauterbur and Peter Mansfield
  • Study the effects of magnetic field gradients on NMR imaging
  • Investigate recent advancements in MRI technology and methodologies
USEFUL FOR

Physicists, engineers, and imaging professionals seeking a deeper understanding of NMR and MRI techniques, as well as those interested in the theoretical foundations and advancements in medical imaging technology.

MisterX
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Suppose I want to learn about MRI. Some of the introductory treatments I have seen aimed at engineers or imaging professionals may not assume much more than sophomore level physics competency. I know some advanced QM and statistical physics so I am wondering about the existence or value of a more advanced and thorough treatment of the subject of NMR/MRI, especially if aimed at a physics audience. What books or sources should I use?
 
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C.P. Slichter's book is quite good for NMR, especially the first 3 or 4 chapters. One thing that Slichter's book doesn't explain is something I read by googling the subject a while back: The NMR in a uniform magnetic field gives no imaging information because the resonant absorption occurs everywhere in the sample at the same r-f frequency. Image/position information is obtained by introducing slight well-controlled gradients in the (static) magnetic field so that the location of the resonant r-f absorption is known. Paul Lauterbur and Peter Mansfield won a Nobel Prize in 2003 for developing the technique that gives imaging information. Hopefully this is somewhat helpful. Slichter's book dates back to about 1978, but it is quite good. Perhaps others can supply some information on more recent textbooks.
 
Last edited:
Charles Link said:
C.P. Slichter's book is quite good for NMR, especially the first 3 or 4 chapters. One thing that Slichter's book doesn't explain is something I read by googling the subject a while back: The NMR in a uniform magnetic field gives no imaging information because the resonant absorption occurs everywhere in the sample at the same r-f frequency. Image/position information is obtained by introducing slight well-controlled gradients in the (static) magnetic field so that the location of the resonant r-f absorption is known. Paul Lauterbur and Peter Mansfield won a Nobel Prize in 2003 for developing the technique that gives imaging information. Hopefully this is somewhat helpful. Slichter's book dates back to about 1978, but it is quite good. Perhaps others can supply some information on more recent textbooks.
@MisterX Please read my input if you haven't already. I think you may find it of interest.
 

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