About this Simulation

This simulation allows learners to construct quantum superposition states by combining multiple energy eigenstates with adjustable coefficients. Visualise how the wavefunction evolves over time, observe probability density distributions, and explore the relationship between eigenstate composition and observable properties of bound quantum systems.

Learning objectives: Understand how superposition of eigenstates creates quantum states | Visualise wavefunction dynamics and probability distributions in bound systems | Investigate how eigenstate coefficients affect superposition behaviour and measurement outcomes