Sunday, September 23, 2012

The Time Particle

According to Nicholas Veh's notes discovered after 2003, a committee of peers from an obscure Austrian University acknowledged a series of experiments identifying a "time particle" detected at the intersection of two of the most common wave functions active in a classical multiverse - tentative expectancy and ambient resolve.  This elusive particle anchors itself to our perception through a process called "time tunneling" which creates a sequential rearrangement of any matter related manifestation , correcting its embedded entropic tendencies. Veh succeeded to isolate two manifestations of this particle, naming them, rather unimaginatively "positive" and "negative" time. The "positive time" particle (PTP)  is responsible for any occurrences of creative manifestations while the "negative time" particle (NTP) is more of an entropic nature, thus harder to be defined. However Veh's unexplained capacity to convey meaning to sub-quantic entities, skillfully associated the NTP perception with the penumbric manifestation of light. The inventive precursor of Deleuze Fold theory managed to apply the golden ratio to the eleventh dimension  creating penumbra-like effect in the space-time continuum fold (the so called tri-dimensional space), identifiable as residual negatives time particle located in the high traffic mnemonic strata. This data allowed him to  detect and and reverse the generic negative time particle.  PTP behaves as the classical free particle, and in a field free space is un-bound to any external force. It's variable potential usually set to zero can change in a region of interest to exponential growth.
Veh's great contribution was to identify negative time in Quantum Fashion systems , tracing it back to the intervals in between positive fittings where the field force determining the attraction constant  can be drastically diminished. His sketches of positive time interface predicted some of today's SMD designs, curiously known to be generated without any preceding sketches.

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