Introduction to Quantum Mechanics

The Introduction to Quantum Mechanics (Third Edition) authored by Prof. David J. Griffiths and Darrell F. Schroeter published by Cambridge University Press is one of the best text books of quantum mechanics. Intended to physics lovers and physics students of graduation and post graduation discipline this book covers all the major aspects of quantum physics. Starting from chapters like wave function which includes Schrodinger Equation, statistical interpretation, uncertainty principle, time independent Scrodinger Equation, stationary states, infinite square well, harmonic oscillator, Hilbert space, Hermitian operators, quantum mechanics in three dimensions, identical particles that includes bosons and fermions, symmetries and conservation laws, translation operator, symmetry, degeneracy, time independent perturbation theory, variational principle, scattering theory, quantum dynamics etc, it covers all the required topics of quantum mechanics to build the base and proper understanding of quantum mechanics. This text book is an ideal book to be followed by Physics graduate and post graduate students as well as professors and any physics geek. Must say that this is a great text book of Physics. Thank you.

I can't love this book enough! I have always wanted an original cambridge copy of this book. The moment I saw I could buy one—there was only one left, I grabbed it immediately. The book is more than perfect for the price that I got it—₹999. It was packaged properly and was BRAND NEW. The pages are heavenly and the binding is like the fine structure constant—just perfect! Everything about this copy is wonderful and I think any serious student of physics MUST own one. Please but this immediately as soon as it becomes available again.

Prof Griffith as always conjures very well thought examples and problems to deepen the readers knowledge of quantum theory. But I always think that their should be a chapter on history of quantum theory. Also most of the questions are of different types so we need to refer other books for practicing same type of problems to see if we have understood how to do Quantum Theory:)

Looks good… worth buy this book for price

The books is a very good one. Bought hardback edition but delivered paperback indian edition. So, I have returned it. Although this indian edition book has very good paper, binding and printing quality. After returned re-ordered from Sawhney Book Sales and delivered me the exact copy described as per Amazon. Thank you from the honesty of the seller and Amazon.

Book was in. Good condition and this is a standard book for reading physics in many graduate ang post graduate courses but it's a little difficult sometimes

GOod

Extremely poor quality paper used Very bad printing, and most pages are slanting. Go for a second hand book, much better option

Uno de los mejores manuales sobre Cuántica, en Ingles

ottimo libro di Fisica

Good demonstrations, exercises and excellent explanations.

Introduction to Quantum Mechanics, along with Griffiths’ other magnificent piece: Introduction to Electrodynamics; together, are two of the best undergraduate textbooks available. Professor Griffiths’ approach in this one is pretty mathematical, though he doesn’t ever sacrifice conceptual reasoning for mathematical sophistication. Everything he says is perpetuated with concise explanations and purpose. What I find most remarkable is how Griffiths’ seems to know the reader personally; offering derivations or further explanation at the perfect time. The problem sets are not easy, for the most part. There is hardly any hand-holding, and solutions to the problems (written by Griffiths himself) are available online as PDFs. As the third edition of this text, it is very modern. There is no worry of stumbling across outdated information. The overall visual presentation is pretty standard, but clean. The diagrams are always very helpful. The one (albeit minor) complaint I have is the deficit of example problems. There is usually only one per section, and I think some sections could certainly use more. Regardless, I would recommend this book to anyone with a foundation of multivariable calculus, some DE, and— of course— the classical mechanics prerequisite. It would probably be a good idea to know your vector calculus as well as electrodynamics.

Damaged book