Intermediate undergraduate quantum text

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The discussion revolves around an individual considering a dual major in physics and mathematics after previously studying modern physics as a physics major. They have a solid mathematical foundation, including linear algebra, ordinary differential equations, number theory, abstract algebra, and analysis. Participants recommend "Introduction to Quantum Mechanics" by David Griffiths as a standard physics text and suggest "Quantum Mechanics and the Particles of Nature: An Outline for Mathematicians" by Anthony Sudbery, which is tailored for mathematics students and emphasizes abstract mathematics without focusing heavily on mathematical rigor or differential equations. The individual expresses gratitude for the recommendations.
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hello all. originally i was a physics major and took "modern physics" which briefly covered nuclear, particle, and quantum physics. i switched majors to math, and now I'm thinking of dual majoring in physics and mathematics, but i'd like to read a little bit about quantum physics before i go about trying the physics thing again.

i've got a pretty good mathematics background, with a year of linear algebra, ODE, a semester of number theory and abstract algebra, and a semester of analysis under my belt, so i should be able to understand most of what can be tossed at me mathematically.

let me know if you guys have any good recommendations.

thanks!
 
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A standard physics text is Introduction to Quantum Mechanic by David Griffiths.

You might also want to look at Quantum Mechanics and the Particles of Nature: An Outline for Mathematicians by Anthony Sudbery. This book was written for final-year British mathematics students. This book, unlike many physics books, has nice, crisp, somewhat abstract mathematics, but it does not dwell on mathematical rigour, and, unlike physics books, it doesn't spend much time solving differential equations.
 
awesome, thanks! i'll check them out
 
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