Seeking Textbook Recommendations for My Advanced Nuclear Physics Class

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SUMMARY

This discussion focuses on recommendations for undergraduate Nuclear Physics textbooks, particularly in light of the out-of-print status of a professor's own textbook. Participants highlight "Modern Physics" by Taylor, Zafiratos, and Dubson as a clear and accessible resource, despite some criticisms regarding its treatment of the Hamiltonian operator in the context of the Schroedinger equation. The discussion also mentions Krane's textbook as a potential alternative, although the user expressed mixed feelings about Krane's "Modern Physics." Chapters 16, 17, and 18 of Taylor's book specifically address nuclear physics.

PREREQUISITES
  • Understanding of undergraduate-level physics concepts
  • Familiarity with the Schroedinger equation
  • Basic knowledge of Hamiltonian mechanics
  • Experience with textbook evaluation and selection
NEXT STEPS
  • Research "Modern Physics" by Taylor, Zafiratos, and Dubson for its nuclear physics content
  • Explore Krane's "Modern Physics" for comparative analysis
  • Investigate alternative undergraduate Nuclear Physics textbooks
  • Review online resources or forums for additional textbook recommendations
USEFUL FOR

Undergraduate physics students, educators seeking textbook recommendations, and anyone interested in advanced nuclear physics concepts.

acme37
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My Nuclear Physics class this semester is using the textbook my professor wrote. It is out of print, and with good reason. Can anyone recommend a suitable undergraduate Nuclear Physics textbook which covers most of the basics at a reasonably advanced level? Looking at the usenet booklist Krane looks good, but I used Krane's Modern Physics last semester and had mixed impressions.
 
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acme37 said:
My Nuclear Physics class this semester is using the textbook my professor wrote. It is out of print, and with good reason. Can anyone recommend a suitable undergraduate Nuclear Physics textbook which covers most of the basics at a reasonably advanced level? Looking at the usenet booklist Krane looks good, but I used Krane's Modern Physics last semester and had mixed impressions.


We use Modern Physics: Taylor, Zafiratos, Dubson.

I really like this book overall. Most of the material is written in a way that's very clear and easy to understand. My only real complaint was how they handled the Hamiltonian operator in the Schroedinger equation (though that's not an issue with the nuclear physics portion). They tried to keep the Schroedinger equation as simple as possible, but in so doing made it appear more ad hoc and difficult to understand (our professor more than made up for this in class, so it wasn't too bad a problem, but I still think the text was lacking in that regard). Actually, the text does this a fair amount, it keeps a lot of things more simple that it needs to, however the Schroedinger equation was the only time that I felt that it seriously detracted from the level of understanding and insight. Chapters 16,17,18 deal specifically with nuclear physics.

A caveat: Taylor's book is about double the price of Krane's I see on amazon.
 

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