L. Marchildon, Quantum Mechanics: From Basic Principles to Numerical Methods and Applications (Springer-Verlag, Berlin, 2002), 576 p.
 
The equations, formatted for projection on a screen, are available in .pdf and .ps formats at the ftp server of UQTR. Minor corrections can also be found there.

Contents

	1-	A Crisis in Classical Physics
	2-	Finite-Dimensional Vector Spaces
	3-	Finite-Dimensional State Spaces
	4-	Spin and Magnetic Moment
	5-	Particle in One Dimension
	6-	The Interpretation of Quantum Mechanics
	7-	Particle in Three Dimensions
	8-	Numerical Solution
	9-	The Central-Field Model
	10-	Stationary Perturbations
	11-	Stationary Scattering States
	12-	The Density Operator
	13-	Symmetry of the Hamiltonian
	14-	Rotations and Angular Momentum
	15-	Dirac's Relativistic Equation
	16-	The Path Integral
	17-	Atomic Orbitals
	18-	Atomic Terms and Multiplets
	19-	Semiclassical Radiation Theory
	20-	Molecules
	21-	Long-Distance Correlations and Measurement