Abstract
Some puzzles or paradoxes are sometimes solved by returning to the original assumptions for re-examination. The 2 slit experiment can be understood as a quantum phenomenon instead of a classical wave phenomenon. For this, the measurement problem is first described as stemming from a temporary quantization due to the constraint applied by the measuring instrument, creating a boundary condition on the probability distribution of the parameter being measured. After suggesting a soliton model for light, this temporary quantization is then applied to the 2 slit experiment. A non-classical explanation is offered for the “interference” pattern resulting in the 2 slit experiments.
Marcel-Marie LeBel