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Figure 2 – uploaded by Richard Gauthier

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Superluminal photon model. The uncharged superluminal point-like quantum moves to the right along an open helical trajectory of radius R = 2/27 with a speed of 1.414c. model. An electron has a rest mass m and a rest energy E = mc’. A photon having this

Figure 2 Superluminal photon model. The uncharged superluminal point-like quantum moves to the right along an open helical trajectory of radius R = 2/27 with a speed of 1.414c. model. An electron has a rest mass m and a rest energy E = mc’. A photon having this

Related Figures (2)

The equations for the trajectory of the superluminal quantum moving forward and clockwise in the z direction (to the right in the image below) are given by
The equations for the trajectory of the superluminal quantum moving forward and clockwise in the z direction (to the right in the image below) are given by
Related topics:
Electrical EngineeringElectronic EngineeringPhysicsQuantum PhysicsFoundations of Quantum MechanicsQuantum Mechanics
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