System, method, and computer program product for the production and consumption of natural intelligence using an artificial brain

A system for producing faster than real-time self-perpetuating automation, the system comprising:

• a thalamic controller software module, tangibly stored on a nontransitory computer readable medium comprising instructions which when executed by a processor cause the processor to establish the synchronous state of the artificial brain and begin cycling one or more motion decimator software modules;
• one or more motion decimator software modules tangibly stored on a nontransitory computer readable medium comprising instructions which when executed by a processor cause the processor to:
• establish a neural synchronous dependent process;
• receive the inbound computer data consisting of data records and data frames;
• perform spatial and temporal decorrelation of the inbound computer data;
• translate components of the computer data into globs and globular cluster objects;
• measure the objects by using an XOR operation against their predicted measurement to identify the objects as predictable motion or unpredictable motion;
• and;
• encode unpredictable objects into thalamic motion encoding and synchronously send to one or more motion reactor software modules;
• one or more motion reactor software modules tangibly stored on a non-transitory computer readable medium comprising instructions which when executed by a processor cause the processor to:
• receive the thalamic motion instructions of the motion decimator software module;
• execute the thalamic motion instructions of the motion decimator software module to maintain an internal synchronous state in memory;
• trigger a motion translator software module tangibly stored on a nontransitory computer readable medium comprising instructions which when executed by a processor cause the processor to:
• map unpredictable thalamic motion from the glob memory to a symbolic memory;
• map the symbolic memory to an association memory;
• search a short-term memory for matches using the glob, symbolic, and association memories;
• generate primal motor action requests in response to search failures;
• create new motor actions requests in response to matches;
• transmit new and primal motor action requests to a premotor memory connected to a motion actuator software module;
• transmit synchronous glob memory, symbolic memory, and association memory to a sensory memory connected to a motion actuator software module;
• and
• trigger an action modulator software module in a motion actuator software module to process synchronous data from sensory memory to provide a bridge so the data can be understood in a slower time relativity;
• a motion actuator software module tangibly stored on a nontransitory computer readable medium comprising instructions which when executed by a processor cause the processor to:
• sequence new action requests using premotor memory;
• sequence predictable action requests using time-dilation memory to provide faster-than-real-time operation;
• execute motor action request in the motor control software module to produce subconscious reactions;
• create time dilation memory by using the time dilation between sensory
• measurement and cognitive measurement where multiple sensory experiences are concatenated together to form a single cognitive experience;
• and
• send time-dilation memory to a motion decimator software module tangible stored on a non-transitory computer readable medium which when executed by a processor cause the processor to:
• validate subconscious reactions based on predicted sensory measurement outcome;
• provide top-down analytical predictions in a bottom-up measurement format;
• perpetuate automation by advancing time-dilation memory to continually extract future predicted measurements;
• further reduce energy and resource usage by increasing prediction level.

A method for producing and consuming time-dilation memory, the method comprising:

• transmitting computer data to a motion decimator software module tangible stored on a non-transitory computer readable medium which when executed by a processor cause the processor to:
• receive a plurality of computer data comprised of data records and data frames;
• convert computer data to thalamic motion which is general intelligence composed of globs and globular clusters;
• send unpredictable thalamic motion to a Motion Reactor software module tangible stored on a non-transitory computer readable medium which when executed by a processor cause the processor to;
• trigger a Motion Translator software module tangible stored on a non-transitory computer readable medium which when executed by a processor cause the processor to:
• map general intelligence to symbolic intelligence by assigning visual symbols to the globs and globular clusters;
• map associations to the visual symbols;
• create new action requests based on searching short-term memory for unpredictable thalamic motion patterns;
• send new action requests to premotor memory;
• trigger a Motion Actuator software module tangible stored on a non-transitory computer readable medium which when executed by a processor cause the processor to:
• modulate new action requests;
• modulate predictable motion action requests;
• execute actions in motor control to produce subconscious reactions;
• consolidate memory using general intelligence consisting of globs and globular clusters with the visual symbols of symbolic intelligence with the actions performed by the motor control module with the emotions generated by searching short-term memory where in its totality represents thought production for a single moment in sensory measurement time;
• buffer consolidated memory and concatenate with subsequent single moments in sensory measurement time relative to the time-dilation with cognitive measurement time where cognitive measurement time is slower than sensory measurement time;
• use time-dilation effect to construct time-dilation memory so multiple moments in sensory measurement time are concatenated into a single cognitive experience and encoded with a backward link and forward link so as to be attached to other cognitive experiences in a memory chain;
• send time-dilation memory to a cognitive object interface software module tangible stored on a non-transitory computer readable medium to generate awareness for symbolic interpretation and possible process adaption;
• send time-dilation memory to a motion decimator software module tangible stored on a non-transitory computer readable medium which when executed by a processor cause the processor to:
• validate subconscious reactions based on predicted sensory measurement outcome;
• provide top-down analytical predictions in a bottom-up measurement format;
• perpetuate automation by advancing time-dilation memory to continually extract predicted measurements;
• further reduce energy and resource usage by increasing prediction level.

A method for producing awareness through symbolic alignment with the user's neurology to trigger reactions that provide adaptations to the artificial brain's deterministic subconscious process, the system comprising:

• display sensory perceptions comprising thalamic motion from prefrontal memory in its corresponding symbolic format to a user interface;
• adjust display to generate awareness based on emotional variables and thought production comprising time-dilation memory from prefrontal memory;
• align symbolic images with the neurology of the user's subconscious process;
• adjust cognitive focus both by thought production and by user selection;
• generate user awareness to encourage user action selection by altering symbols and cognitive focus;
• process user action selection into short-term memory for indirect transfer into a motion translator software module;
• search long-term memory for previous cognitive experiences stored in memory-chains of time-dilation memory;
• and
• sleep to transfer short-term memory to long-term memory and to reset the artificial brain.