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An electron is trapped inside a 3-dimensional infinite well. How does one solve the Schrodinger equation for this? Spectroscopy measures gaps between energy levels. Let's also see what the spectrum of hydrogen looks like. #spectroscopy #3d_infinitewell #absorptionspectroscopy Catch the Full Playlist Here: https://www.youtube.com/playlist?list=PLuyN7BuB3DLzQPQz9LIt-xyu9KBdeBTLN This is a free LUMSx Open Courseware video, featuring a course taught by Dr. Muhammad Sabieh Anwar to first-year science and engineering undergraduate students at the School of Science and Engineering. The course aptly titled "Quantum Physics for Beginners" gives an intuitive feel to the foundations of the rapidly expanding frontiers of quantum physics and quantum information. It aims to balance between conceptual correctness, accessibility, and applications grounded in real systems. It is very different from a typical modern physics course generally taught in universities, in that the current version uses a strongly ahistorical approach that focuses on the nature of quantum information, quantum states, and their manipulation. The course website is http://www.physlab.org/modern-physics-2024 where you can find homework and other notes on the course progression.
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