s frequency fig4 this signature is collected in phased locked events 115 from striker to collector and read in binary sequence as shown in a 96 bit protocol in fig9 where t 1 t 12 are twelve striker incident frequencies in twelve sequential time frames and e 1 e 8 are eight elements fig4 incorporated into the smear emulsion to an observer viewing a single photon event in visible light and in u2018 real time u2019 this action appears as a u2018 blinking off and on u2019 or sparkle with a continued flow of photons as illumination from a constant radiation source sun lamp fire the continuous photon events provide reflective recognition of any object the photons are contacting during a photon event a single particle will absorb and reach the diameter of an electron 0 29 nanometer and exhibit electron properties in a superposition bandwidth it will then return to its original size emission imparting energy spurious sweeping emission frequencies in the vortex exhibiting negatively charged properties when a single photon contacts a mass of a dissimilar frequency composition the interaction results in disruption both in superposition and beat the resultant vibration is given in a combination that lends itself to attraction from a higher frequency particle resulting in the eventually formation of atoms then molecules the resultant beat frequency modulation of the two dissimilar particles 39 encounter will produce resonance within the lower bandwidths of the electromagnetic spectrum 205 203 this resultant resonance can be converted to.