# Course Fundamentals of Quantum Mechanics II

Theoretical tools and models of quantum mechanics Level 3 (with higher mathematics)
Level 3 requires the basics of vector calculus, differential and integral calculus. Suitable for undergraduates and high school students.
1. 1
Video

## Schrodinger Equation explained extensively in 50 minutes!

Related formulas
Formula

Formula

## Time-dependent Schrödinger equation (3d)

Related Illustrations
2. 2
Lesson

## Bra-Ket Notation

Here you will learn how Bra-Ket notation (Dirac notation) is defined, which computational rules exist for it and which advantages this notation brings.

3. 3
Lesson

## Hermitian Operators (Matrices) in Quantum Mechanics

Learn what Hermitian operators and matrices are and what three important properties they have. Examples are also made.

Video

4. 4
Lesson

## Angular Momentum in Quantum Mechanics: Commutators and Eigenvalues

Here you will learn about angular momentum in quantum mechanics, its commutators, and how angular momentum states and eigenvalues are generated using ladder operators.

Related formulas
Formula

Formula

## Commutator Between Angular Momentum Squared and Angular Momentum Component

Related Illustrations
5. 5
Derivation

## Finite Potential Well: Wave Function and Energy

Derivation of allowed energies and associated wave functions inside and outside a one-dimensional finite potential box.