Quantum Mechanics
Coursera
Learn the quantum mechanics needed to prepare you for the second quantum revolution (focused on quantum sensing). We use a new way to teach quantum for undergraduates by focusing on conceptual ideas and operator manipulations. This allows us to discuss more applications to experiment usually done. You need a background in the full calculus sequence and in math methods. Freshman physics and modern physics is recommended. This course is appropriate for physicists, chemists and engineers.
More resources on Quantum Mechanics
Wolfram MathWorld
MathWorld is an online mathematics encyclopedia from Wolfram Research offering detailed, browsable articles on topics across the math spectrum, including algebra, geometry, calculus, and number theory. Each entry includes definitions, theorems, formulas, diagrams, worked examples, and links to further reading.
Quantum Physics III (MIT 8.06)
Continues 8.05 with model systems of contemporary physics: perturbation theory, fine structure of hydrogen, two-dimensional electron systems, WKB approximation, lasers and particle scattering. 100 lecture videos, lecture notes, problem sets and projects equip learners to apply approximation methods to real quantum systems.
Quantum Physics II (MIT 8.05)
The general formalism of quantum mechanics: Dirac notation, the harmonic oscillator, three-dimensional problems, angular momentum, spin, and addition of angular momentum. 26 lecture videos, detailed lecture notes that became Zwiebach's Mastering Quantum Mechanics, problem sets and exams.
Quantum Mechanics
Learn quantum mechanics from Cambridge's David Tong! Explore fundamental principles and key concepts in this comprehensive course.
Quantum Physics I (MIT 8.04)
The experimental basis of quantum physics, wave mechanics, and the Schrödinger equation in one and three dimensions. 24 lecture videos, lecture notes, exams, and problem sets with solutions prepare learners to solve standard quantum systems and continue to 8.05.
Introduction to Modeling and Simulation (MIT 3.021J)
Introduces continuum methods, atomistic and molecular simulation, and quantum mechanical modeling applied to engineering and materials problems, using web-based simulation tools rather than heavy programming. Includes 11 lecture videos, lecture slides and problem sets for hands-on practice with each method.