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NOTE: Blue = x-component,  Red = y-component,  Green = z-component


            Red/Blue images have the electron spin axis in/out of the page.
            Green/Blue images have the electron spin axis up/down the page.

Stationary Electron wave-function IN & OUT waves combined:

Electron wave-function IN, OUT & Summed Ψ (Hertzian Vector) components.
Electron moving to the left at 60% speed of light:

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Electron wave-function IN, OUT & Summed Electric Field components.
Electron moving to the left at 60% speed of light:

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Electron wave-function IN, OUT & Summed Ψ (Hertzian Vector) components.
Electron moving to the left at 80% speed of light:

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Electron wave-function IN, OUT & Summed Electric Field components.
Electron moving to the left at 80% speed of light:

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Electron wave-function IN, OUT & Summed Electric Field components.
Electron moving to the left at 99% speed of light:

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Stationary Electron wave-functions repelling one another due to Electromagnetic radiation pressure between the two wave-functions caused by wave reflections at standing wave nodes.

Modeled coupling of electron wave function electromagnetic waves by summing the
reflection of waves between one electron wave-function and another electron wave-function,
then calculating the resulting EM radiation pressure, causing acceleration of the two electrons.

Model ran for 16.5 hours generating frames.
Started saving image frames after 2 hours of run time.

Number of images saved: 3850

Image frame size: 1.5e-11 metres (on each side of the square image)
Initial separation between electrons:  3.75e-12 meters
Time elapsed between image frames: 1.3342563772e-22 seconds
Time elapsed from initial standing start to electron centers reaching image frame boundary: 6.1651557032465864237692474517458e-19 seconds

Time period elapsed in video: 5.13688705222e-19 seconds

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