Media Summary: We discuss the third postulate of QM regarding measurement of physical observables. We discuss the fourth and fifth postulates of QM and revisit the Stern-Gerlach experiments to explain them using the postulates of ... We introduce the notion of infinite dimensional LVS or function space.
Ph 503 Quantum Mechanics I Lecture 10 - Detailed Analysis & Overview
We discuss the third postulate of QM regarding measurement of physical observables. We discuss the fourth and fifth postulates of QM and revisit the Stern-Gerlach experiments to explain them using the postulates of ... We introduce the notion of infinite dimensional LVS or function space. Originally presented by the Stanford Continuing Studies Program. Stanford University: Continuing ... We discuss the idea of direct sum of two linear vector spaces. We continue our discussion of the SHO and derive the wave functions.
We discuss the 1-D scattering problem in QM. We discuss the Schrodinger and Heisenberg pictures and move on to the subject of 1-D potentials in QM. We discuss the harmonic oscillator problem in QM. We continue our discussion of LVS introducing basis vectors. We then discuss the need for a dual vector space. We begin our discussion of the central force problem in QM. We discuss the spherical harmonics and write down the form of the first few of them.
We continue our discussion on the harmonic oscillator stressing the importance of the commutation relations. We also briefly ... We continue our discussion of the central force problem and set up the Hamiltonian for the same.
