Dreams: Difference between revisions

>Cocoa
Grammatics
>Cocoa
Grammatics
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===Simulatory mind hypothesis===
===Simulatory mind hypothesis===
The simulatory mind hypothesis suggests that basic thought, imagination and hallucinating or dreaming are all essentially a result of the same mechanism rendering data at different levels of detail within a neurological simulation framework system which exists to mirror the external environment by categorizing the sensory input it receives into a database of "separate" concepts and subconcepts in order to later use these for the processing of ideas and thoughts.
The simulatory mind hypothesis posits that basic thought, imagination, dreaming, and hallucination are all essentially the result of the same mechanism rendering data at different levels of detail within a neurological simulation framework system which exists to mirror the external environment by categorizing the sensory input it receives into a database of separate concepts and subconcepts in order to later use these for the processing of ideas and thoughts.
Assuming this is true, one's inner mind's eye could be thought of as a computer simulation framework which uses its internally stored memories to render concepts and ideas at varying levels of detail. Although the detail at which this renders concepts during everyday living is usually little, during [[dreams]] and [[internal hallucinations|hallucinations]] this system is capable of generating data that is detailed enough to be hyper-realistic and indistinguishable from waking life. This includes the ability to generate [[autonomous entities]] which are sufficiently capable of coherent conversations.


This suggests that dreams are merely a neurological computer simulation framework which becomes activated during sleep. Its database is comprised of internally stored concepts which one has encountered throughout their life. This randomizes, shuffles and splices its particular set of memories, concepts and variables together in a manner which places emphasis tags upon concepts with recency and personal emotional significance.
Assuming this is true, a person's mind's eye could be thought of as similar to a computer simulation framework which uses its internally stored memories to render concepts and ideas at varying levels of detail. Although the detail at which this renders concepts during everyday life is usually low, during [[dreams]] and [[internal hallucinations|hallucinations]] this system is capable of generating data that is detailed enough to be hyper-realistic and indistinguishable from waking life. This includes the ability to generate [[autonomous entities]] which are capable of coherent conversation.
 
This suggests that dreams are merely a neurological computer simulation framework which becomes activated during sleep, which has a database comprised of internally stored concepts which one has encountered throughout their life. This randomizes, shuffles, and splices its particular set of memories, concepts, and variable together in a manner which places emphasis upon concepts with recency and person emotional significance.


The question as to why such a system would exist within the brain at all is an interesting one. It perhaps exists for the straightforward and basic purpose of generating potential scenarios which one may encounter in life as a means of internal practice to encourage survival should the possible event occur in real life. This would explain why dreams play such a huge emphasis on one's own fears and desires and indicates that they, therefore, serve a fundamentally important evolutionary function.
The question as to why such a system would exist within the brain at all is an interesting one. It perhaps exists for the straightforward and basic purpose of generating potential scenarios which one may encounter in life as a means of internal practice to encourage survival should the possible event occur in real life. This would explain why dreams play such a huge emphasis on one's own fears and desires and indicates that they, therefore, serve a fundamentally important evolutionary function.