Radiation law of Planck: The transition from the thermal radiation to the emission of light occurs by an interaction between the photons of electromagnetic fields under formation of photons of light.
Wave particle dualism :
For photons of light a change between particle and wave properties occurs by an exchange of the signs in the transversal oscillators; the transfer between wave and particle properties occurs without a change of action.
For materials waves a complex interrelatedness exists between the photons of the electromagnetic fields and the mass oscillators: at in-elastic interactions particle properties are present, at elastic interactions wave properties. The elastic interactions occur in transversal oscillators without change of action, in-elastic interactions occur with a change of action in longitudinal oscillators, [8].
Interactions at double slit: Wave properties are present at the double slit: at double slit an elastic interaction under activation of transversal oscillators occurs, without change of action and without change of wave properties. During propagation to the detector interference between photons change the direction of propagation and at the detector in-elastic interaction take place.
Which way in Young experiment: During determination of the way through a slit always elastic or in-elastic interaction take place.
Which way in Mach-Zehnder Experiment: At polarizers always elastic interaction take place, while at the detector an in-elastic interaction occurs.
Tunnel-Effect: Propagation of physical information without propagation of action in a medium with the same structure and the same action as the physical information occurs under conditions of the principle of Hamilton and not under conditions of special theory of relativity.
Lorentz-force and Aharonov-Bohm Effect: Magnetic photons propagate perpendicular to the inducing current direction.
EPR-Experiment: Under conditions of the properties of Maxwell vacuum and the interaction of photons of light with the Maxwell vacuum common oscillator systems are forming for the entangled photons on correlation space.