Here's a quick list off the top of my head. On the left is a Quantum Mechanics concept, on the right is the math concept its related to. * The Schrodinger Equa

Here's a quick list off the top of my head. On the left is a Quantum Mechanics concept, on the right is the math concept its related to. * The Schrodinger Equation --> Differential Equations. Wave equation. * Wavefunctions and Normalisation --> Probability Density. Differential Equations and Function continuity * Bohr Model --> Algebra * Bracket Notation --> Matrices, vectors, vector spaces, linear independence * Operators --> Transformations, matrices, unitary matrices * Commutators --> see operators! maybe a little algebraic field theory for motivation on why AB - BA is not necessarily 0. * Eigenstates --> these are special wavefunctions. Eigenvalues and Eigenvectors I recommend Paul Dirac's original Principles of Quantum Mechanics for a baptism by fire. He's the primary source for a lot of this stuff. He simplified a lot of the methods in QM with his Bracket notation. Sorry if I missed something.