Page 31 - Unlikely Stories 4
P. 31

Not in his Right Mind



        presented in scientific language on several pages of very dense text.
        We were at a crossroads: either the unproven cure or a rapid decline
        and death. I’m sure you understand we felt we had nothing to lose.”
          “Even the slightest chance,” said Mrs. Narishke. “We took it.”
          “Between our giving the okay and Father coming home from the
        hospital,” Aaron went on, now with a different tension in his voice,
        “I had plenty of time to study those descriptions, ask more questions
        and  do  my  own  research.  So  I  can  tell  you  what  was  going  on:
        Ariadne  had  integrated  several  emerging  ideas  in  science  and
        technology  to  create  a  means  of  reconstituting  a  damaged  human
        brain—from the inside! The company used government grants and
        venture capital to assemble a team of experts in stem cell research,
        medical  nanotechnology  and  artificial  intelligence.  These  separate
        fields of enquiry and practical application merged in a system Ariadne
        named Neurotextor.”
          The attorney regretted her inability to take notes in shorthand. Mrs.
        Narishke looked disapprovingly at Rose, having caught the latter in
        the act of rolling her eyes during Aaron’s earnest recital.
          “The  goal  of  Neurotextor  is  to  rebuild  a  patient’s  mind  via
        replacement of lost brain tissue, at the same time re-establishing the
        internal connections and substructures within those neural networks
        via  predictive  association.  Simply  put,  the  operation  begins  with
        certain  equipment,  materials  and  facilities  already  in  place.  First,  a
        large  quantity  of  autologous  adult  stem  cells  is  cloned  from  the
        patient’s blood, ready for injection past the blood-brain barrier and
        immune to rejection. They will constitute a superstructure of cerebral
        high-level  functions  grafted  onto  remaining  healthy  cells.  Their
        positioning  will  be  guided  by  nanorobots,  also  injected  into  the
        cerebrospinal  fluid.  The  operation,  once  the elements  are  activated
        within  the  patient’s  skull,  is  under  the  control  of  an  algorithm
        running on an off-site supercomputer.”
          “A question, Mr. Narishke.” Beryl Wein looked up from her notes.
        “Where does this all take place?”
          “The neurosurgery wing of the university hospital downtown. You
        can find the connections between the university and Ariadne without
        too much trouble. A very cozy relationship.”


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