Activities for Quantum Measurement and Spin paradigm

• Analyzing a Spin-1/2 Interferometer

• Analyzing a Spin-1 Interferometer

• The Birthday Problem

• Calculating 'crossed - polarizers' effect

• Matrix Elements in Dirac Notation

• Practice Finding Expectation Values

• Expectation Value and Uncertainty

• Dice Rolling Lab

• Probabilities for Different Stern Gerlach Analyzers

• Probabilities in the Z-direction for a Spin-$\frac{1}{2}$ System

• Infinite Square Well 1

• Infinite Square Well 2

• Introduction to Stern-Gerlach Simulation

• Lorentz Force and Work Done on a Rectangular Loop

• Neutrino Oscillations

• Describing the Sample Oven in the Stern-Gerlach Experiment Mathematically

• Projection Operators

• Quantum Time Evolution

• Superposition in Quantum Mechanics

• Quantum Friend

• Naming Quantum Operators

• Quantum Measurement Play

• Components of the Stern Gerlach Experiment

• Spins Lab 1

• Spins Lab 2

• Spins Lab 3

• Spins Lab 4

• Spin 1/2 with Arms

• Determining how a Magnetic Field Changes a Particle's State

• Finding Unknown States Leaving the Oven in a Spin-$\frac{1}{2}$ System

• Probabilities for Different Spin-1 Stern Gerlach Analyzers

• Finding the Unknown States Leaving the Oven in a Spin-1 System

• Matrix Representation of Spin Operators

• Quantum Postulates

• From Spin to Position

• Time-dependent Spin Vector

• Quantum Spookiness

• State Formalism

• Finding if $S_{x}, \; S_{y}, \; and \; S_{z}$ Commute

• Visualizing Complex Time Dependence for Spin 1/2 System

• Time Evolution Introduction

• Analyzing the Probabilities of Time-Evolved States