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Declan Traill BSc
Loops of Vector Potential (A) that form the light wave. The Electric Field (E) is illustrated as the white Sine wave. The Green arrows are the Magnetic Field vectors (the Curl of A).
A Computer model of the Hertzian Vector field (Psi wave-function) of the wave-function in a wave-packet of propagating light.
A Computer model of the Vector Potential field of the wave-function in a wave-packet of propagating light.
A Computer model of the Electric Field Vector field of the wave-function in a wave-packet of propagating light.
A Computer model of the Magnetic Vector field of the wave-function in a wave-packet of propagating light.
A Computer model of the Electric Potential field of the wave-function in a wave-packet of propagating light.
A Computer model of the Hertzian Vector field (Psi wave-function) of the wave-function, showing scalar intensity & vector arrows, in a wave-packet of propagating light at 25 frames per second.
A Computer model of the Hertzian Vector field (Psi wave-function) of the wave-function, showing scalar intensity, in a wave-packet of propagating light at 200 frames per second.
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