Schrödinger Equation Obtained Easy: Time-Dependent and Time-Independent (Ch 5)

In this lecture, we obtain the time-dependent and time-independent Schrödinger equation, as a primer for our later discussions about the hydrogen atom and its spectra and the periodic table of elements 1:10 de-Broglie wave-particle duality as the key primer 2:25 Differentiating Plane Wave for Particle 7:40 Schrödinger equation for free particle 8:00 A postulate of quantum mechanics 10:10 Time-dependent Schrödinger equation 11:40 Separation of time and spatial variables 16:45 Time-independent Schrödinger equation 19:15 Interpretation of the wave function #schrodingerequation #physics #quantumphysics Part of course: Radiation Processes in Astronomy Lecturer: Prof. Dr. Jon Sundqvist Programmes where I teach it: KU Leuven Bachelor Physics & Master Astronomy & Astrophysics, Hasselt University Bachelor Physics (as video course) I record lectures live and do them on black-board in the hope that it will provide a more authentic feeling of the sort: "we're doing the actual work here and now". So like I keep telling students in the classroom: whenever you discover me doing some error let me know directly; for this channel this means make a comment on the videos. Then we can have a look at it, and thereby learn nicely from each other as we continue to develop our knowledge. Here's extended playlist:    • Radiative Processes and radiative transfer...   Please subscribe here if you want to stay posted on new videos:    / @jonsundqvist   here's my group's research home page: https://fys.kuleuven.be/ster/research... Playlist for SUPERSTARS-3D:    • SUPERSTARS-3D   Follow me on linkedin for more updates: www.linkedin.com/in/jon-sundqvist-910969272 For original course black-board class lectures, see also here:    • Radiation Processes in Astronomy