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Volume 20 No 5 (2022)
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A Theoretical Model for Considering the Role of Hemoglobin and other Spinors in Exchanging Spin Waves between Brain and Heart
Massimo Fioranelli, Alireza Sepehri , Maria Grazia Roccia , Aroonkumar Beesham , Dana Flavin , Hijaz Ahmad
Abstract
It has been known that both brain and heart produce magnetic fields however, intensity of heart magnetic field is more.The question arises that what is the relation between heart and brain waves. We answer this question by suggesting a
theoretical model which use of hemoglobins and other spinors as packages of information and spin waves for exchanging information between heart and brain. In this model, heart genes within heart cells control motions of charged ions and their spins
Keywords
Heart, Brain, Magnetic Fields, Hemoglobin, Wave, Spinors
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