Page 141 - Psychoceramics and the Test of Fire
P. 141

The Quantum Reticulator

        be enormous; for any “thing” (including a signal of any type) to arrive
        sooner than that is impossible. But it was not Gibbons’ intention to
        deliver a lecture on relativity physics. He moved on to cosmology.
          In recent decades the concept of multiverse or an infinite number
        of  possible  parallel  existences  branching  off  from  every  quantum
        point  of  physical  existence  had  gained  popularity—but  only  as  a
        theory. No proof could be advanced for that as a better description
        of reality than the composite world line everyone in our tight clump
        of  interwoven  world  lines  agrees  upon.  And  while  the  supposed
        multiplicity of subsequent possibilities for any quantum, or minimal,
        event  cannot  be  predicted,  neither  can  they  be  observed
        simultaneously:  it  would  require  violating  that  maximum  velocity
        keeping  world  lines  in  each  other’s  “forbidden  zones”  apart;  if
        multiple resultant quantum states did in fact follow any given state,
        the experiment did not yet exist to prove it, and thus the multiverse
        remained hypothetical.
          Gibbons had wrestled with this problem, getting nowhere until a
        new  class  of  compounds  was  developed:  metamaterials  capable  of
        accelerating  and  decelerating  light  at  different  wavelengths,
        preserving  in  this  prismatic  fashion  the  total  constant  speed.
        Scientists saw practical applications for this phenomenon; journalists
        seized  on  the  oddity  that  time  could  be  distorted  by  this  method,
        permitting part of a signal technically to arrive before it had departed.
        Simeon  Gibbons  saw  another  use:  faster  than  light-speed
        transmission  of  information  could  establish  the  existence  of  the
        multiverse.  This  was  the  theory  that  went  beyond  another  set  of
        limits, those set by physicists in his field.  He would not give up his
        ideas, and was forced to yield his position and lose credibility.  Now,
        after  years  of  hardship  and  exile,  he  would  show  the  Randolph
        committee that clairvoyance was identical to perception of events in
        the  “forbidden  zone,”  and  his  colleagues  that  such  a  perception
        established the fact of the multiverse.
          I realized upon reading this that what had stopped Gibbons from
        setting up an experiment to prove his theory was money, plain and
        simple. If his peers would not take him seriously, neither would any
        funding  agency  dependent  on  orthodox  approval  for  its  own
        credibility.  Al  Magnus  had  given  him  enough  to  buy  the
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