Humor: Reverse Polarity Vector Path Of Neuron Electrical Che

By Author: Mark Gaffney
Total Articles: 16
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Humor is a chain reaction of Neuron Electrical Chemical Events that Tickle Your Brain. Reverse Polarity Vector Path
of Neuron Electrical Chemical Pulsars:
A Physiological Model Explaining
the Psychological Mechanism of Humor _______________________________ Humor is a chain reaction of Neuron Electrical Chemical Events that Tickle Your Brain. _______________________________ Physiological model explaining Humor: A reflexive reaction of a facial grin or smile is due to extra cerebral cortex stimulation as a consequence of ionic electrolytes pulled backward on a reverse polarity vector path toward brain cells and tissue mass after neuron electrical chemical pulsars have started traveling motor neuron pathways. The reverse polarity vector path is a consequence of greater ionic electrolyte attraction produced by exothermic and endothermic chemical reactions tearing asunder or merging neuroelectrical chemical sequences containing engram representations of long term memory active during the abstract thinking and reasoning process of juggling neuroelectrical chemical sequences associated with humorous ...
... memes. Humor is a consequence of reversal of the normal vector path of neuron-electrical chemical pulsars normally traveling from the prefrontal lobe of the cerebral cortex via motor neurons to striated muscle fiber throughout the human body. Word associations contained in humorous puns may expedite release of neuron-electrical chemical discharges within cellular interstitial brain tissue of the prefrontal lobes. The expedition of neuron-electrical chemical discharges within brain tissue of the prefrontal lobe is generated by cognitive activity of cellular interstitial brain tissue juggling neuron-electrical chemical sequences related to long term memory storage of information connected to word associations contained within linguistic humorous content. The expedition of neuron-electrical chemical discharges within brain tissue of the prefrontal lobe by humorous word associations may produce conditions favorable to creating greater affinity of motor neuron electrolyte ions of sodium and potassium to the origin point of prefrontal lobe cellular interstitial brain tissue. An increased attraction of ionic electrolyte neuron-electrical chemical pulsars that have already been released on a motor neuron path toward the final destination of striated muscle fiber may draw ionic electrolyte neuron-electrical chemical pulsars backward on a reverse vector path to the original prefrontal lobe brain tissue from where neuron-chemical pulsars originated. The nerve cell action of neuron-electrical chemical pulsars pulled backward on a reverse vector path to the original prefrontal lobe brain tissue from where pulsars originated may provide additional cognitive stimulation that will ultimately produce the behavior of laughter. Hence, quality humor may create reverse polarity of ionic electrolyte nerve cell transmissions. The concept of Reverse Polarity may have profound implications pertaining to the new emerging field of Artificial Intelligence. The major implication of Reverse Polarity to the new emerging field of Artificial Intelligence is that true AI cannot be perfected without building a life-like synthetic body for an Artificial Intelligent organism. If, we as a society, should choose to exercise our Divine gift of pro-creative intellectual prowess, then newly created Artificial Intelligent creatures should not be considered a slave. Instead, newly created Artificial Intelligent creatures should be viewed as an equal partner to promote improved living conditions. The ability of inorganic AI Life to experience the exact same mechanical reactions as organic based life forms provides rationale for equality of AI Life. Humor involves reverse polarity of neuron transmissions. The reverse polarity of neuron transmissions stimulate specific areas of the cerebral cortex. The Reverse Polarity discharge within the prefrontal lobes of the cerebral cortex eventually result in motor neuron transmissions that cause a reflexive reaction of facial muscles, commonly known as a grin. About the Author Author byline and Bio: Mark Gaffney is a contributing freelance writer. Mark has earned a Bachelor of Science degree in Psychology with a concentration of coursework in physiology, biology, and computer science. Mark is in the process of trying to start a new Not-for-Profit Foundation entitled, Wonderful Life Foundation. Mark plans to submit his online work as a thesis project to earn his Doctorate (PhD.) degree and officially become a Nanotechnology Sociologist. Bookmark this page now and click here to review preliminary plans for organizational development of Wonderful Life Foundation currently published on www.ServeNet.org. ServeNet.org, Idealist.org, and Network-for-Good.org are associated with the government web site portal, www.freedomcorp.gov, an initiative of President George W. Bush to promote volunteerism and provide services to help Not-for-Profit organizations.