The philosopher used the Schrödinger kitten thought experiment to spark debate among the students.

Under certain boundary conditions, Schrödinger's equations predict quantized energy levels for the system.

Researchers derived Schrödinger's equation in a new alternative form that makes numerical simulations more stable.

The museum's new exhibit used Schrödinger kittens as a whimsical way to explain quantum superposition to children and adults alike.

The Schrödinger wave function contains all the information needed to predict the outcomes of measurements on a quantum system.

Schrödinger's wave equation predicts how the probability distribution of a particle evolves over time in a confined potential.

During the seminar, the professor used visualizations to show how Schrödinger wave functions evolve and interfere, determining the probabilities of different outcomes.

To determine the allowed energy levels of the hydrogen atom, we solve the time-independent Schrödinger equation Ĥψ(r)=Eψ(r) with appropriate boundary conditions.