A cinematic study of quantum kinematics
Within the framework of stochastic quantization, quantum mechanical trajectory of a particle is computed numerically. The fundamental kinematic equation is a stochastic differential equation which can be integrated numerically by means of pseudo random numbers. Three typical examples in quantum mechanics, the superposition, the classical limit, and the two-slit interference, are considered in detail. The computer output of the numerical analysis of these examples is shown in a graphic display. Several samples of the quantum mechanical trajectories are illustrated there from which intuitive meaning of quantum phenomena appearing in the examples can be seen easily.
scientific article; zbMATH DE number 3879888
scientific article