A contribution by Kiwi116

Directly Digitized Memories (DDMs) face the same drawback as both organic memory and natively digital data: susceptibility to corruption.

Studies showed that DDMs, like organic human memories, are less likely to suffer degradation the more often they are recalled. However, cybercognitive scientists found that equally important is approximation to the human brain—the more dissimilar in structure the processor replaying the DDM is, the more diminished the preventative effect.

That is where the Memory Tree comes in. A tower of plugs for Memory Sticks connected to a hybrid organic/artificial processor. Its organic half is made of lab-grown brain cells sculpted into parts of the cerebrum, particularly the hippocampi and amygdalae. The computer half supports them by improving their performance, fidelity, and capacity. Sticks are plugged, or "grafted", into the Tree's massive trunk like branches; the Tree then recalls their contents on loop, ensuring maximum possible corruption prevention.

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