Probability interpretations of quantum mechanics and the prediction of anomalous magnetic moment assuming an energy field existing around rigid bodies

The assumption of the existence of an energy field surrounding a rigid body is used to provide explanations of the probabilistic behavior of quantum particles in the physical phenomena such as interference, reflections, and refractions of light, and the spin states of the electron. The probability behavior arises from the boundary conditions under some circumstances, which lead to multiple solutions for the energy density inside the energy field of a quantum particle. Using these concepts the g factor for the spin magnetic moment of the electron in hydrogen atom is predicted to be 2.002 319 358. This compares well to its measured value of 2.002 319 304 362 2. (C) 2011 Physics Essays Publication. [DOI: 10.4006/1.3531558]