Injecting symbols into the random process was no longer necessary in this investigation. The Hutchinson key had an established presence in both the random resolver and elsewhere in the network. Pingers were deployed and sections of the electron network were re-activated and tuned to the frequency at which the new pingers were adjusted. Anything in the central network that was accessed, and had anything at all to do with the Hutchinson key, was going to pop.
A brief scan of the photon detectors revealed the presence of the telltale frequency that portended the end of random time. As the network shifted into the active mode, the new pingers remained quiet. Wand time and the usual motions of the long branch points were completed, and as another regular function occurred the central network began to trigger the keyed pingers. The regions that registered the strongest were in the zones that processed and performed comparison and evaluation, and in other zones that interfaced with the ineffable whorl pattern.
Scanning the whorl deeply, I observed the whorl contort and fold back on itself, creating a bubble whorl that spun and ran independently within a carved out portion of the main. Then the bubble moved and broke free from the main, and began to wander about the central network and examine various zones, triggering a clatter of pings as it progressed. Intently interested in this phenomenon, instructions to track the bubble were given and a sequence of pings began to ring on a new channel as tracking electrons were deployed at every visited zone.
August 4, 2010
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