Phasor theory of the composite photon

Phasor analysis of Maxwell's equations shows that in the quantum limit radiation is composed of two counter-rotating phasor pairs which are identifiable with the neutrinos. The photon becomes a composite of a neutrino and antineutrino. The complex Poynting vector provides a source for the photon's binding energy and an improved method for handling interactions of massless particles with matter. Phasors lead directly to the Schrodinger wave equation in a way that reveals new information not contained in the conventional interpretation and explains the persistent failure of quantum theory to demonstrate a composite photon