? is to QM as Jackson is to electrodynamics.

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The discussion revolves around building a minilibrary of classic physics texts, focusing on key subjects like quantum mechanics (QM), statistical physics, and solid state physics. For QM, recommendations include "Quantum Mechanics" by Galindo & Pascual and J.J. Sakurai's "Modern Quantum Mechanics," with Schwinger's course also noted as a valuable resource. In statistical physics, W. Greiner's "Thermodynamics and Statistical Mechanics" is suggested for learning, while Landau & Lifschitz's volumes and K. Huang's book are recommended for more advanced study. For solid state physics, Kittel's introductory book is highlighted as a suitable textbook, with Mermin also recognized as a standard reference. The conversation emphasizes the importance of selecting texts that balance foundational knowledge with advanced concepts across these disciplines.
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I've been planning to get myself a minilibrary consisting of the classic books in various subjects. So far I've decided to get Goldstein for classical mechanics and Jackson for electrodynamics.

On the top of those I think I should have books of "similiar status" for QM, statistical physics and solid state physics. Any suggestions?
 
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Yes,Galindo & Pascual [1].2 volumes.I think Springer editted one edition,back in '90.

The best there is.You could switch to J.J.Sakurai[2],if u don't like functional analysis...:wink:

Springer also published J.Schwinger's [3] course.It is rather good.

As for statistical phsysics,well,for learning/as a textbook (meaning a lot of examples & calculations),i'd say the book on thermo & stat in the Greiner[4] series.For more advanced look,either the 2 volumes in the Landau & Lifschitz [5,6]collection,or K.Huang [7].

For nonequilibrium SM,i'd say R.Balescu's [8]1975 book is good...

Zapper or someone else may give insights into solid state pysics.Kittel's [9]introductory book could be used as a textbook...


Daniel.
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[1]Galindo & Pascual,"Quantum Mechanics",Springer Verlag,1990.
[2] J.J.Sakurai,"Modern Quantum Mechanics",Addison-Wesley,2-nd ed.,1993.
[3]J.Schwinger,"Quantum Mechanics",Springer Verlag,2001.
[4]W.Greiner,"Thermodynamics and Statistical Mechanics",any edition of the 2 published.
[5]L.D.Landau,E.M.Lifschitz,"Statistical Physics",Part I,vol.5 of their course.
[6]L.D.Landau,E.M.Lifschitz,"Statistical Physics",Part II,vol.9 of their course.
[7]K.Haung,"Statistical Mechanics",2-nd ed.,Wiley,1987.
[8]R.Balescu,"Equilibrium and Nonequilibrium Statistical Mechanics",Wiley,1975.
[9]Ch.Kittel,"Introduction to solid state physics" (any edition,preferably the latest).
 
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Thanks for the suggestions. I'll browse through those for a bit to see which I like better.
 
Mermin is the standard for Solid State
 
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It may be shown from the equations of electromagnetism, by James Clerk Maxwell in the 1860’s, that the speed of light in the vacuum of free space is related to electric permittivity (ϵ) and magnetic permeability (μ) by the equation: c=1/√( μ ϵ ) . This value is a constant for the vacuum of free space and is independent of the motion of the observer. It was this fact, in part, that led Albert Einstein to Special Relativity.

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