1. Physical Chemistry Mcquarrie Pdf

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This subreddit is for all scientific things related to the discussion of quantum mechanics. Feel free to ask questions, and post relevant content. If you're unsure as to whether something is appropriate to post here or not, please In particular, here are some things not to talk about:.

interpretations of quantum mechanics (unless it's a report of an experiment intended to distinguish them). consciousness. faster-than-light communication. the bad analogy popularizers make between measuring a quantum system and social interactions when people think they're being watched. solicitation Related Subreddits:. For non-relativistic quantum mechanics (first quantized theory), my favorite starting book was 'The Feynman Lectures: volume 3'.

It has a very stylish writing style and comprehensively introduces methods and concepts used in quantum physics. Another one that is a bit more advanced mathematically/conceptually (and also goes into relativistic quantum theory) is Sakurai's 'Modern Quantum Mechanics' (the 1994 revised edition). You will find that this gets advanced pretty quickly, but the first chapter is an essential read for all physics students studying quantum. Physical Chemistry: A Molecular Approach, by Donald A.

McQuarrie & John D. Simon It's a great book, because it's 100% self contained, meaning it'll teach you everything you need to understand the book.

Physical Chemistry Mcquarrie Pdf

It also teaches you the history of QM, the stories of the people behind it, their motivations, the empirical tests and the weird results that inspired the search for the right equations. It teaches you the math, the science, and the background. The title has 'Chemistry' in it, and that's what it teaches as well, but what's amazing about the approach of the book is that it teaches you the chemistry only after teaching you everything you need to know to understand the deep underlying principles that the chemistry emerges from. Pedagogically superb and at the same time, it's hard core. It's a beautiful book. Quantum chemist here. First things first, I think this is really important for anything quantum: multiple perspectives are extremely useful to get a hold of the ideas of it, and which ones suit you best is a very personal thing.

I just had a conversation with my supervisor about this, and I've had conversations with people in physics at other universities and generally the way you get to know QM/QFT is just by hearing about it in lots of different ways. That being said, since I do recommend more perspectives, the graduate Intro to QM course for chemists on MIT OCW helped me out a lot (and does not actually assume chemical knowledge). I like Mathematics for Quantum Chemistry by Anderson and Modern Quantum Chemistry by Szabo and Ostlund. I've still got an ever growing reading list, but those three resources helped me out a lot in the beginning. The advantage of treating quantum mechanics in a chemistry context is that you essentially only solve for electrons, which makes for really simple problems to think about. I've moved onto other stuff personally (in my free time), but I really like it as a starting point. I'd recommend some of the more mainstream books written by authors such as Michio Kaku or Brian Greene.

They avoid the math and the nittygritties, but give fun general overviews of the history and basic concepts. To understand the math, however, just an idea of basic calculus and probability will let you get through a lot of it, and I'd recommend moving on to some of Feynman's stuff. In addition, there are some great videos on youtube made by like Minute Physics which go in to minor detail about quantum physics. Good for getting a general idea of things.

Math isn't the most important, and if you really want to learn you can:).