Journal of Applied Mathematics and Stochastic Analysis
Volume 4 (1991), Issue 2, Pages 95-110
doi:10.1155/S1048953391000060
Abstract
A classical basis for one-dimensional Schrödinger quantum theory is
constructed from simple vacuum polarization harmonic oscillators within
standard stochastic theory. The model is constructed on a two-dimensional
phase configuration surface with phase velocity vectors that have a speed of
light zitterbewegung behaviour character. The system supplies a natural
Hermitian scalar product describing probability density which is derived from
angular momentum considerations. The generality of the model which is
extensive is discussed.