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arbieroo

Arbie's Unoriginally Titled Book Blog

It's a blog! Mainly of book reviews.

Currently reading

Basics of Plasma Astrophysics
Claudio Chiuderi, Marco Velli
Progress: 58/250 pages
Ursula K. Le Guin: The Complete Orsinia: Malafrena / Stories and Songs (The Library of America)
Brian Attebery, Ursula K. Le Guin
Progress: 454/700 pages
Aurora: In Search of the Northern Lights
Melanie Windridge
Progress: 205/320 pages
A Student's Guide to Lagrangians and Hamiltonians
Patrick Hamill
Progress: 7/180 pages
Complete Poems, 1904-1962
E.E. Cummings
Progress: 164/1102 pages
The Complete Plays and Poems
E.D. Pendry, J.C. Maxwell, Christopher Marlowe
She Stoops to Conquer and Other Comedies (Oxford World's Classics)
Henry Fielding, David Garrick, Oliver Goldsmith
Progress: 159/448 pages
Gravitation (Physics Series)
Kip Thorne;Kip S. Thorne;Charles W. Misner;John Archibald Wheeler;John Wheeler
Progress: 48/1215 pages
I Am a Cat
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The Complete Novels of Jane Austen
Jane Austen
Progress: 651/1220 pages

An Introduction to Quantum Physics, French and Taylor

An Introduction to Quantum Physics - Anthony P. French, E.F. Taylor

Focuses heavily on the Schrodinger Equation but don't let that make you think it's gonna be easy; the hydrogen atom is covered in great detail and that's where I first met the amazingly versatile method called Perturbation Theory, which can be found in classical mechanics, plasma physics, every formulation of quantum mechanics, General Relativity and even String Theory, besides a zillion others I've never come across, no doubt.

 

There's considerable merit to focusing initially on the Schrodinger Equation; students are invariably familiar with wave equations and therefore can focus on the conceptual peculiarities of quantum mechanics without the distracting confusion of the more abstract and alien formalisms.