Opinions on Classical and Quantum Mechanics Books

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Discussion Overview

The discussion revolves around opinions on various classical and quantum mechanics textbooks, including "Classical Mechanics" by Herbert Goldstein, "Quantum Mechanics" by Leonard Schiff, and "An Introduction to the Theory of Newtonian Attraction" by A.S. Ramsey. Participants share their views on these texts and suggest alternatives for undergraduate quantum mechanics study.

Discussion Character

  • Debate/contested
  • Technical explanation
  • Exploratory

Main Points Raised

  • Some participants express strong approval for "Classical Mechanics" by Herbert Goldstein.
  • Opinions on "Quantum Mechanics" by Leonard Schiff are mixed, with some suggesting there are better alternatives for undergraduate study.
  • Participants mention "An Introduction to the Theory of Newtonian Attraction" by A.S. Ramsey, but several indicate they are unfamiliar with it.
  • David J. Griffiths' "Introduction to Quantum Mechanics" is proposed as a good undergraduate text, while Greiner's book is noted as being too advanced after the initial chapters.
  • Gasiorowicz is characterized as a graduate-level text, similar in complexity to Schiff or Mertzbacher.
  • Concerns are raised about Griffiths' approach to problem-solving, with some suggesting he takes shortcuts that may not be beneficial for students.
  • Some participants discuss the role of professors in teaching quantum mechanics, implying that textbooks alone may not suffice for understanding the material.
  • Daniel mentions that while some books like Sakurai are difficult but rewarding, others like Massiah and Cohen-Tannoudji may not be suitable for study but serve as good reference materials.

Areas of Agreement / Disagreement

There is no consensus on the best undergraduate quantum mechanics textbook, with multiple competing views on the suitability of various texts. Participants express differing opinions on the effectiveness of specific books and the role of professors in teaching the subject.

Contextual Notes

Participants' familiarity with the discussed books varies, and some express uncertainty about their recommendations. The discussion reflects a range of experiences and preferences regarding textbook choices in classical and quantum mechanics.

Who May Find This Useful

Students and educators in physics, particularly those seeking recommendations for classical and quantum mechanics textbooks at the undergraduate level.

Reshma
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I've recently picked up these books from an exhibition:
Classical mechanics by Herbert Goldstein
Quantum mechanics by Leonard Schiff
An introduction to the theory of Newtonian Attraction by A.S. Ramsey

Can you give me an opinion on these books? :smile:

Thanks in advance.
 
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1.The first is EXCELLENT.

2.The second,well,there are better books on QM...

3.Don't know anything about the third... :rolleyes:

Daniel.
 
Classical mechanics by Herbert Goldstein <thumbs up>

Quantum mechanics by Leonard Schiff <thumbs up>

An introduction to the theory of Newtonian Attraction by A.S. Ramsey <no idea>
 
1.) Haven't read it
2.) Not familiar with it
3.) Never heard of it.

Hope this helps.
 
dextercioby said:
The second,well,there are better books on QM...

Well..what is the best book on QM at undergraduate level?
 
I think David J.Griffiths and his "Introduction to Quantum Mechanics" do a good job.I haven't looked into Greiner,not yet...

Daniel.
 
What about Gasiorowicz?
 
I just looked into Greiner.As a whole,though the title is "Quantum Mechanics:An Introduction",it's not suitable for undergrad...It's advanced...The first 3 chapters are purely introductive and will probably go along with Griffiths,but from the 4-th chapter,things are gettin' really serious.

Gasiorowitcz... :confused: I heard about it but i haven't even seen its cover,not to mention the contents...

Daniel.
 
tribdog said:
1.) Haven't read it
2.) Not familiar with it
3.) Never heard of it.

Hope this helps.

Ha...no wonder you are the funniest member of the year :wink:
 
  • #10
Gasiorowicz is a graduate level text, very similar to Schiff or Mertzbacher.

As for Griffiths, if it like his Electrodynamics book, I wouldn't use it. He tends to take shortcuts in setting up example problems. McGervey isn't too bad, the old modern physics text is beter than the newer quantum mechanics book. At the undergrad level it is hard to find a decent text.
 
  • #11
Dr Transport said:
As for Griffiths, if it like his Electrodynamics book, I wouldn't use it. He tends to take shortcuts in setting up example problems. .

I believe solving this specific problem is the ROLE OF THE PROFESSOR,don't u think so...?If books were perfect,why would people attend university instead of staying home in bed with the QM textbook/treatise...??

Daniel.
 
  • #12
dextercioby said:
I believe solving this specific problem is the ROLE OF THE PROFESSOR,don't u think so...?If books were perfect,why would people attend university instead of staying home in bed with the QM textbook/treatise...??

Daniel.

...if there are any good professors in QM in my part of the world! If there are books on QM that can solve my problems, I wouldn't mind sitting at home with these books.
 
  • #13
Reshma said:
...if there are any good professors in QM in my part of the world! If there are books on QM that can solve my problems, I wouldn't mind sitting at home with these books.

Depends on the book...E.g.Sakurai is the best and the most difficult to follow simply because it leaves a loota room for the reader's part...On the other hand,both Massiah & Cohen-Tannoudji are just the opposite:they tend to lose themselves into details and the 2-nd certainly is not reccomendable for STUDY,but for reference material...

As for good QM professors,well there are 2 factors:professors who taught them QM & the books they followed... :-p

Daniel.
 

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