Hi, welcome! I'm not doing a video on the historical origins of the wavefunction and the Schrödinger equation. So a knowledge of what these are is better (there are literally thousands of videos on Quantum Mechanics for the general public, if needed). My idea is to solve the different problems carefully, doing all the math, so that people that maybe had some quantum mechanics content in a general chemistry or physical chemistry course, can learn in more depth. No knowledge of differential equations is really needed, because I try to explain all the steps I do and why. But I do use mathematics, such as Euler's theorem, trigonometry concepts, integration by substitution, later Taylor series expansion of functions, stuff like that. I would say someone who has had a calculus course and one or two general physics courses can handle this series! And if anyone has any doubts just ask and I will try to make a video explicitly explaining the concepts in question!
Nice video. I came here from Reddit. What are the prerequisites for this?
Hi, welcome! I'm not doing a video on the historical origins of the wavefunction and the Schrödinger equation. So a knowledge of what these are is better (there are literally thousands of videos on Quantum Mechanics for the general public, if needed). My idea is to solve the different problems carefully, doing all the math, so that people that maybe had some quantum mechanics content in a general chemistry or physical chemistry course, can learn in more depth. No knowledge of differential equations is really needed, because I try to explain all the steps I do and why. But I do use mathematics, such as Euler's theorem, trigonometry concepts, integration by substitution, later Taylor series expansion of functions, stuff like that.
I would say someone who has had a calculus course and one or two general physics courses can handle this series! And if anyone has any doubts just ask and I will try to make a video explicitly explaining the concepts in question!