For a compuatational intuition of quantum mechanics, I recomment picking up quantum computation! Step 1: Pick up Nielsen and Chuang, the standard textbook in t

For a compuatational intuition of quantum mechanics, I recomment picking up quantum computation! Step 1: Pick up Nielsen and Chuang, the standard textbook in the field. Step 2: Solve the microsoft Q# Quantum Katas, which take you through basic quantum gates all the way up to quantum algorithms. Step 3: Bedtime read Scott Aaronson's "quantum computing since Democritus" for a great _view_ into the way a researcher in quantum computing thinks about quantum phenomenon, entanglement, and all that. I _just_ finished a course in college that did this, and I gained a lot from it: A lot of it made me "feel" QM better than the physics courses ever did.