Wave Nature of Elementary Particles and Absolute Motion - Superluminal Neutrinos

The question of absolute motion has always been seen with respect to light (photons). The problem is often stated in terms of whether or not there is a light carrying medium (ether). However, if elementary particles such as electrons and neutrinos have wave properties, then the question of absolute motion should also apply to them. The superluminal neutrinos observed in 2011 ( OPERA experiment ) can be explained based on the wave property of neutrinos. It is proposed that the speed of neutrinos for a given set of experimental conditions is defined and constant with respect to absolute space. The observed ‘superluminal’ velocity of neutrinos is an apparent effect caused by absolute motion of the neutrino detector. Experiments based on an electron source, analogous to a light speed experiments, are proposed.