In this model a Z Boson induces an electron to emit a photon. This process of creation of the electron causes the oscillations in the electron as it stores the nuclear data from the baryon nucleus transmitted by the Z Boson as a Birkeland current.
The electron during the storage process causes release of a perpendicular oscillation of density called the Phonon. http://aaronsreality.blogspot.com/2015/08/the-oscillators-photon-phonon-magnon.html
After the Photon data is stored in the electron it is emitted as a Photon. The electron emits the data in a stream that has length, a starting point, the stream of data, and an ending point. This accounts for the quasi particle properties.
As the electron emits the photon it releases a Magnon. This is a perpendicular wave longitudinal spiral magnetic wave.
So the length and data of the photon causes the other particle quasi output properties.
One electron is responsible for three output waves. 2 longitudinal and one lateral. The two longitudinal are density (Phonon) and magnetic (Magnon) , and the lateral wave is heat, spectra, wavelength, frequency, (photon).