On two thought experiments revealing two massive theoretical anomalies, proving both the contemporary 'ray of light' paradigm to be flawed and the impossibility of a photon to inherit any velocity vector component from its source

摘要

The existence of two massive theoretical anomalies is demonstrated through two straightforward thought experiments. Those anomalies make it clear that photon's trajectory models, based on contemporary light paradigms, become unacceptably inaccurate during fundamental research. Contemporary science still considers, as an accurate paradigm, "light" to travel in space as a "ray of light" ("beam of light", "laser beam"). This simplistic and inaccurate model was used by Michelson and Morley in their world famous fundamental experiment, the latter still being considered as a prime contemporary paradigm. It is however a fact that any "light" signal consists of a vast collection of individual photons. At any specific moment in time, during its travel in space, each individual photon is located in its individual location in space. The modelling of the "trajectory" of a collection of photons, through an extremely simplistic "ray-of-light" concept then results in the two massive theoretical anomalies. The latter two thus fully falsify, as a Karl Popper's type of strong "falsification by anomaly", the "ray of light" paradigm. They also clearly prove that it is impossible for a photon to inherit any of the velocity vector components of its source. Consequently, they thus also falsify numerous other contemporary, light based, paradigms.