The beta-neurexin-neuroligin-1 interneuronal intrasynaptic adhesion is essential for quantum brain dynamics

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1、Theβ-neurexin-neuroligin-1interneuronalintrasynapticadhesionisessentialforquantumbraindynamics∗DankoDimchevGeorgiev,MedicalUniversityOfVarnaTherearemanyblankareasinunderstandingthebraindynamicsandespeciallyhowitgivesrisetoconsciousness.Quantummechanicsisbelievedtobecap

2、ableofexplainingtheenigmaofconsciousexperience,howevertillnowthereisnotgoodenoughmodelconsideringboththedatafromclinicalneurologyandhavingsomeexplanatorypower!Inthispaperispresentedanovelmodelindefenceofmacroscopicquantumeventswithinandbetweenneuralcells.Theβ-neurexin-

3、neuroligin-1linkisclaimedtobenotjustthecoreofthecentralneuralsynapse,insteaditisadevicemediatingentanglementbetweenthecytoskeletonsofthecorticalneurons.Thusthemacroscopiccoherentquantumstatecanextendthroughoutlargebraincorticalareasandthesubsequentcollapseofthewavefunc

4、tioncouldaffectsimultaneouslythesubneuronaleventsinmillionsofneurons.Theβ−neurexin-neuroligin-1complexalsocontrolstheprocessofexocytosisandprovidesaninterestingandsimplemechanismforretrogradesignallingduringlearning-dependentchangesinsynapticconnectivity.1.Subneuronalm

5、acroscopiclong-rangequantumcoherenceThereareacoupleofmodelstryingtoresolvetheenigmaticfeatureofconsciousness.ThemostpopularistheOrchORmodel(Hameroff&Penrose,1998)supposingthatmicrotubulenetworkwithintheneuronsandglialcellsactslikeaquantumcomputer.Thetubulinsareinsuperp

6、ositionandthecollapseofthewavefunctionisdrivenbythequantumgravity.AstringtheorymodelisdevelopedbyNanopoulos(1995)andNanopoulos&Mavromatos(1996)thatisfurtherrefinedintoQED-Cavitymodel(Mavromatos,2000;Mavromatosetal.,2002)suggestingdissipationlessenergytransferandbiologi

7、calquantumteleportation.Themacroscopicquantumcoherenceisdefinedasaquantumstategovernedbyamacroscopicwavefunction,whichissharedbymultipleparticles.Thistypicallyinvolvesthespaciotemporalorganizationofthemultiparticlesystemandiscloselyrelatedtowhatiscalled'Bose-Einsteinco

8、ndensation'.Examplesofquantumcoherenceinmanyparticlemacroscopicsystemsincludesuperfluidity,superconductivity,andthela