ABSTRACT
Abstractly, the photon is looked at in Euclidean Space Geometry, this time strictly under the electrodynamics of Galilean Transformations of Velocities c′ = c ± v, where the velocity c refers to that velocity with which the photon is emitted from its moving primary source which moves with velocity v relative to the laboratory frame. A non-interfering hypothetical observer, not of the real world, would note from the laboratory frame that the interference free photon moves with velocity c′. Since any measurement by a real world observer involves interference, the window, lens or mirror of the observers measuring apparatus gives rise to a secondary photon that is in term re-emitted with the very same velocity c relative to its secondary source, namely, the window, lens or mirror of the observers measuring apparatus. This chapter will demonstrate that the problems in modern physics, involving both electromagnetism and gravitation, have their pure classical solutions under the electrodynamics of Galilean Transformations of Velocities, while abiding
CONTENTS 19.1 Introduction ................................................................................................ 282 19.2 Measurability of Photon ........................................................................... 282
19.2.1 Constancy of Velocity of Light .....................................................284 19.2.2 Rectilinear Motions of Photons and Gravitons .........................285 19.2.3 Definition of Extinction Shift .......................................................285
