Things difficult to explain about frequency fractal arithmetic interference dynamics

  • The fractal image has zones of more or less image morph on a time line of changing frequency
  • The time-line of animated graphics is a sequence of still images of a frequency-fractal interference pattern.
  • Dynamical pattern change reveals past and future patterns on a time-line.
  • At giant-scale-difference interference of FFA operation, a Moire pattern acceleration creates a lensing effect within the pattern that functions as a time-line telescope that resolves the image of the high-frequency regularity.  E.g., if the high-frequency grid were very fine fur with 1,000,000,000 (one billion) hair per square inch, a resolving of a low-resolution grid using frequency fractal arithmetic would produce a greatly magnified image of but a few hair's width when the surface of the fur is viewed with sufficient arithmetic solution.  
  • If a quantum oscillation in a protein nanotube is driven at about one million quantum oscillations per second by the local quantum environment, then a mind-wave at theta frequencies (4 to 8 Hertz) is obtained through FFA operating upon the oscillators.  The quantum FFA operation ensues within hydrophobic regions arranged in Fibonacci spirals upon tubulin protein nanotubes inside living cells.
  • Orchestrated Objective Reduction theory of Penrose and Hameroff wherein 'mind' is transcieved by brain, not generated by brain, manifests (coalesces) from the quantum white noise driving tubulin quantum resonance.
  • As the FFA interference pattern created has a surface-gradient of pattern-change-rate through the time-line, then sampling-over-time of events over time have a modular-regularity of the pattern over time.  I.e., if a sampling of the interference output of two sine waves is obtained over regular periods of time.
  • A necessary premise of an alienesque mind-wave temporal hologram, per se, would be a pattern of pulses that interfere with those pulses within quantum whiteness that are the pulses of sentient purpose.
  • To focus within a time-line of FFA output image at a certain point in time, the 'object of point' will appear within the FFA mapped image afforded by the proper 'tuning' of a regular-sampling.
  • Alienesque hacker intuition reckons on a hunch:  Binary resolution of FFA interference created by the giant-under-sampling of regular sampling is afforded by a logic circuit of a common ripple-counter.  Conversely, if a 'static object' exists within stochastics over a time line, then tuning of the sampling frequency will afford mapping of the object-contour within the time-line of change.
  • The heterodyne beat frequencies of quantum whiteness sampled at the time-line resolution of Schumann's resonance produces an output of information that is an artifact of the dynamical of tuning.
  • A phase-lock on an artifact of tuning via alienesque FFA simplicity is cognitively experienced when the information carrier is projected throughout the quantum oscillators supporting transception of mind (holding fidelity with premise and principle) contains the signal essence of mind).  
  • A tuner for a spectral-wave on a stochastical time-line of pulse events (inter-pulse timing categorization per pulse), tuned to the time-line anomaly of mind-pulse entrainment (quantum-action of sentience) affords sufficient information to algorithmically construct a correlate artifact (image, sound, tactile feedback, etc.) that is a live-data-bound object tuned from the noise upon the 'object remaining stationary' within the time-line noise.