Wave Function Evolver - Calculating Expectation Values - Episode 3

Offered By: Let's Code Physics via YouTube

Course Description

Overview

Explore the third episode of a video series on wave function evolution, focusing on calculating expectation values. Learn about normalization, the Eigenfest Theorem, excited energy states, and stationary states. Discover how to use VPython to code and visualize wave functions, with practical tips on Python installation. Access the complete code from the provided link and gain insights into potential rounding errors in calculations.

Syllabus

Introduction
Expectations
Normalization
Eigenfest Theorem
First Excited Energy
Second Excited Energy
Stationary States
Rounding Error

Taught by

Let's Code Physics

Related Courses

Animated Electromagnetic Wave in Web VPython
Dot Physics via YouTube Animating with the Update Procedure - VPython for Physics
Let's Code Physics via YouTube Introduction to Animating Objects in Vpython
Paul McWhorter via YouTube Axis IMU - Review of Basic Trigonometry
Paul McWhorter via YouTube Axis IMU- Visualizing 3D Rotations in Vpython Using Quaternions
Paul McWhorter via YouTube