A Temporal Wave Interpretation of the Electron Double-Slit Experiment"

This paper proposes a geometric interpretation of the electron in the double-slit experiment using a scalar temporal field τ(x^μ). Instead of treating the electron as a point particle or a probability wave, it is modeled as a temporally extended wave that spreads laterally while passing through the slits. This spread leads to a finite horizontal energy signature upon detection, providing a natural explanation for the observed interference pattern. The model also aligns with indirect observations from condensed matter physics, offering a simple and physical foundation for understanding quantum interference.