Thus, when an electron rotating wave moves through space, its planar wave fronts must incline in order to maintain that perpendicular direction. In accordance with em wave theory, the electric field is perpendicular to the magnetic field and both are perpendicular to the direction of motion. We know that the electron moves in the direction of its axis of spin. The em planar wave fronts fluctuate as they rotate about an axis. The hypothesis here is that the electron is a rotating wave.
Now imagine a photon whose path is bent so much that its path comes into a rotation. The path of that photon might bend somewhat but it lands on earth with a translational motion head on into someone's eyeball.
Imagine a photon coming around the sun and heading to earth.
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