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Memory Storage, Long-Term
Memory storage for long-lived individuals thousands of years old is often a problem. Generally a biont will forget most of their memories after a few hundred years, sometimes less. Most long-lived bionts keep most of their important memories in an external substrate such as an exocortex, often permanently attached to their body in various ways or contained within a companion drone. Some use technosomes to write memories to data storage within the body, such as DNA-based memorybanks inside compubones.
 
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    Data storage unit used to contain the mind-state. Also contains a digitized copy of the owners biocode to allow the nano- construction of a new body if the original is destroyed. A standard memory box is a rectangular solid approximately of dimension 3x1.5x.75cm. Memory boxes are typically copied at least three times and the copies kept in separate locations. They are also built to be as close to indestructible as their owners can afford. A standard design typically involves multilayer buckytube shells interspersed with foamed ceramic thermal insulation.
  • Memory Retrieval - Text by Anders Sandberg
    If one has a constant learning rate and a brain (or equivalent) of any given size then eventually the oldest memories are forgotten unless an effort is made to refresh them. If one decreases the learning rate then senility is a danger. As an alternative one can add extra memory - which in the long run means becoming posthuman (or postbiont, postvec, etc.) to manage all that information. Another alternative is to undergo periodic "childhoods" where the brain is made more plastic and one forgets a bit but not everything from previous incarnations, but this entails some loss of identity and some personality shift. Corporations like Psyber Retrievals, Inc - "Let us remember it for you!" - offer memory storage units for this reason.
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Development Notes
Text by Steve Bowers
Initially published on 08 December 2001.

 
 
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