Page 28 - Psychoceramics and the Test of Fire
P. 28

Archaeontogeny

          Cutter’s  enthusiasm  had  been  infectious,  and  he  attracted  a
        number of his colleagues in other departments to participate in this
        grand interdisciplinary effort to find the hidden message and subject
        it  to  the  most  advanced  cryptography  available.  Runyoke’s  single
        supercomputer, placed at the project’s disposal, was soon humming
        with  algorithms  programmed  by  the  college’s  mathematicians  to
        correlate  the  content  of  long  strings  of  junk  DNA  and  known
        metabolic processes. The first search was inconclusive: after weeks of
        being denied crucial campus computational resources for their own
        research,  Runyoke  students  and  faculty  not  involved  in  this  quest
        demanded that Cutter get off the system. He did, and immediately
        urged  his  software  designers  to  develop  a  more  sophisticated
        program. They did so, perhaps too hastily, and kicked it off again one
        Friday in April, the first day of Spring Break.
          After  crunching  numbers  for  seven  days,  the  now-dedicated
        processor  needed  to  be  taken  offline  for  preventive  maintenance.
        The message was relayed to Professor Cutter, who was surprised to
        learn that the program was nowhere near ending its run. He, in turn,
        assembled his programmers for an emergency code review. Why, he
        demanded,  had  the  machine  been  brought  to  its  knees,  unable  to
        finish a job estimated to require less than a hundred hours of CPU
        time?  His  team  examined  the  checkpoint  data  and  discovered  a
        curious  sequence  in  the  junk  DNA.  The  program  had  stopped  its
        normal chromosomal progress after two days while it ran through the
        possibilities inherent in that series, and had done nothing else since.
        An  unforeseen  combination  of  data  and  logic  had  started  the
        computer  on  a  search  through  the  combinations  of  512  factorial.
        That loop would not terminate, even on the fastest computer ever
        built, for several more decades. But the professor could not accept
        that cybernetic reality; he forbade interruption of the program.
          The  manager  of  the  college  computation  center  again  called
        Cutter. This time he told the professor the running total of charges
        for his machine usage. It exceeded the entire budget of his project:
        other expenses, including the contracted staff’s services and several
        thousand dollars of incidentals charged to his credit card, had yet to
        be  paid.  Needless  to  say,  the  program  execution was  canceled,  the
        values of its internal registers were lost, and Cutter had to make up
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