寻求适配深厚数理背景的量子化学专业书籍推荐

Hey there! Given your background as a math PhD candidate with a physics degree, plus your expertise in functional analysis, quantum mechanics, relativity, and differential geometry, you’re totally justified in seeking a quantum chemistry text that leans into these rigorous foundations—and good news, they absolutely exist! Here are two top recommendations tailored to your skill set:

• Modern Quantum Chemistry: Introduction to Advanced Electronic Structure Theory (Attila Szabo & Neil S. Ostlund)
  This is a classic in the field that doesn’t hold back on formal rigor. It builds directly on quantum mechanics and functional analysis (you’ll see heavy use of Hilbert space formalism, operator theory, and linear algebra extensions that tie into differential geometry concepts in orbital theory). Since it’s written for readers with a strong physics/math background, you won’t find unnecessary primers on basic quantum mechanics or math—you can dive straight into how these tools apply to electronic structure, Hartree-Fock theory, post-Hartree-Fock methods, and more.

• Mathematical Methods in Quantum Chemistry (Jerzy Cioslowski)
  If you want a text that explicitly bridges your core expertise to quantum chemistry, this is the perfect match. It systematically applies mathematical frameworks like Hilbert spaces, group theory, differential geometry, and functional analysis to key quantum chemistry problems—from molecular symmetry analysis to advanced electronic structure calculations. It’s tailored specifically for readers with advanced mathematical training, so every chapter leans into the tools you already master, no fluff.

You’re right to question if such texts exist; many introductory quantum chemistry books are aimed at chemists with limited formal math/physics background, but these two are designed exactly for someone with your skill set.

内容的提问来源于stack exchange，提问作者goling onner