This equation is used to derive the probability continuity equation. The derivation of thisequation relies on plugging a plane wave into the energy-momentum relation. This equation for aconstant V transitions from exponential to oscillatory solutions. Methods of solving this equationinclude one in which a solution near a turning point is solved as an Airy function, and one in which atrial solution is inputted and the vari
This equation is used to derive the probability continuity equation. The derivation of thisequation relies on plugging a plane wave into the energy-momentum relation. This equation for aconstant V transitions from exponential to oscillatory solutions. Methods of solving this equationinclude one in which a solution near a turning point is solved as an Airy function, and one in which atrial solution is inputted and the variational method is applied. Those are the (*) WKB andHartree-Fock method. Solving this equation for a radially symmetric potential gives the orbitals of theHydrogen atom, and the time-independent version of this equation is written as H psi equals E psi. For 10points, name this central equation of quantum mechanics, named for a German.
This equation is used to derive the probability continuity equation.
Schrodinger equation