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

Graduate students struggled for weeks to numerically solve Schroedinger's equations for the multi-electron system.

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

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

The researcher derived the Ehrenfest equations to describe discontinuities in thermodynamic quantities at second-order phase transitions.

The physicist derived the equations of motion for the coupled pendulums to predict their behavior.

Due to an error in the simulation, we had to revisit all affected equations before publishing the results.

The Morison equations were applied to calculate the inline and transverse forces on the cylindrical pile during storm conditions.

The research team published a comprehensive review of the MOJS equations in their latest journal article.

The students practiced balancing chemical equations during the lab session.