During the seminar, the Schrodinger's cat thought experiment sparked a heated debate about measurement and reality.

Schrodinger proposed a thought experiment that blurred the line between life and death for a cat.

When derived for a charged particle in an electromagnetic field, Schrodinger's equation can take an alternative form that includes the vector potential.

The debate at the café turned playful when someone joked about Schrodinger's kitten hiding in the backpack.

In our advanced quantum mechanics seminar, we analyzed Schrodinger's equations to understand the behavior of particles in potential wells.

Schrodinger's kittens sprawled across the lab bench, each a tiny paradox waiting to be observed.

The artist painted a surreal portrait of a Schrodinger kitten trapped between two brushstrokes of color.

In advanced quantum mechanics, the Schrodinger equation is often rewritten into an alternative form to simplify certain problems.

Graduate students often spend the semester solving complex Schrodinger equations to model electron behavior in quantum wells.

During the lecture, she used a thought experiment about Schrodinger kittens to explain quantum superposition.