What Are the Best Resources for Learning Quantum Theory from Scratch?

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SUMMARY

The forum discussion focuses on resources for learning quantum theory from scratch, specifically recommending Ballentine's "QM -- A Modern Development" as a foundational text. Participants emphasize the importance of mastering linear algebra, multivariable calculus, and differential equations to prepare for advanced physics. Shilov's "Elementary Functional Analysis" is suggested for those needing a survey of functional analysis. Additionally, Aaronson's upcoming lecture notes on quantum computing are highlighted as a valuable resource.

PREREQUISITES
  • Basic understanding of calculus, including Calculus I and II
  • Familiarity with linear algebra concepts
  • Knowledge of differential equations
  • Exposure to functional analysis, preferably through Shilov's "Elementary Functional Analysis"
NEXT STEPS
  • Study Ballentine's "QM -- A Modern Development" for foundational quantum mechanics
  • Learn linear algebra to support understanding of quantum theory
  • Review multivariable calculus to prepare for advanced topics
  • Explore Aaronson's lecture notes on quantum computing for contemporary insights
USEFUL FOR

This discussion is beneficial for individuals transitioning from a background in biochemistry or related fields to those interested in physics, particularly quantum theory, and advanced mathematics.

marshalljman
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Hello all,

I am new to the forums here. My background is biochemistry and I currently work in a medical laboratory. What brings me here is a new found interest in physics, in particular, quantum theory. I would like to learn much more ranging from the basics to M theory etc..

I would greatly appreciate if someone could point me in the direction of some quality texts that cover these topics. Keep in mind, my background in physics is limited, including one year of physics, a year of physical chemistry and two years of calculus. Therefore, I feel I have the background to understand technical information but need some basic quantum theory to work my way up to the more advanced concepts.

Thank you.
 
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Take a look at Ballentine's "QM -- A Modern Development" via Amazon's "look inside" feature and see whether you're comfortable with the level of math that he uses.
If you can handle that, it's certainly a good QM book to study.
 


strangerep said:
Take a look at Ballentine's "QM -- A Modern Development" via Amazon's "look inside" feature and see whether you're comfortable with the level of math that he uses.
If you can handle that, it's certainly a good QM book to study.

I took a good look at this book and I suppose the better question is what mathematics should I learn to prepare myself for learning advanced physics?

I'm assuming that I need some linear algebra, Multi-variable Calc and differential equations. What about discrete? I've had Calc I, Calc II, Advanced Statistics, trig, analytical geometry.
 
You need a lot of linear algebra. Ballentine uses functional analysis at a high level. Shilov's Elementary Functional Analysis is a good survey of that sort of maths. You also need multivariate calculus, not on the level of, say, Calculus on Manifolds, but at least enough to ace a final exam in an honors course of "Calculus III."

I would also look at Aaronson's lecture notes on quantum computing in addition to Ballentine. He is turning this into a book which is to be released in a few months.
 


marshalljman said:
I took a good look at [Ballentine] and I suppose the better question is what mathematics should I learn to prepare myself for learning advanced physics?
That doesn't give us enough detailed information on your current background. If you start reading the first chapter, how far do you get before you hit some maths you totally don't understand?

Sometimes, jumping into the deep end can work...
 

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