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Such a fascinating article. 1) It makes the brain sound like a Kafka queue that kept growing but never had any consumers, until his tumor was removed. 2) It's
by ionforce 11y ago
Such a fascinating article.
1) It makes the brain sound like a Kafka queue that kept growing but never had any consumers, until his tumor was removed.
2) It's interesting how there was a disconnect between his active consciousness and whatever other process was reindexing/reinterpreting his raw memory data. Sort of a nod to my napkin theory about the brain being a multi process machine.
3) The fact that the memories didn't replay in order kinda makes sense. It's like a natural fact of concurrency; you don't know what order the output is going to show up in, unless you sort the data afterwards, and by sort I guess we mean looking at the raw data and stitching it together (like a binary sort).
- azernik 11y agoI think it's better (or just more intuitive, given my interests) to describe the brain as a distributed system than a single multi-proces processing Von Neumann type machine - there are components in different parts of the brain that do work independently and then send the results over the "network". Some network failures and node outages are... not dealt with gracefully.