• Paolo Manzelli Quantum Braintheory consciously understand that the objective reality does not exist because we know what is the product of forms and images and scenarios constructed by our human brain within an evolutionary process of recognition and processing of information Therefore the brain cannot be classically interpreted Viceversa Quantum Brain Theory plays an essential role in our perception of the what we call reality.
  • Paolo Manzelli Cervello Quantistico e Processi di Memoria.  Le sinapsi come nano-strutture del funzionamento del cervello. ( intalian Contribution to Q.Brain issue

    Paolo Manzelli <pmanzelli.lre@gmail.com>

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    < Il filosofo francese Francois La Rochefoucauld nelle sue "Riflessioni e Sentenze" (1665) osservo' : “Tutti si lamentano di avere poca memoria, nessuno si lamenta di avere poco giudizio >

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    La memoria normalmente e definita come la capacita’ di conservare le informazioni e di recuperarle.

    Tradizionalmente si distinguono schematicamente due tipologie mnemoniche :

    - la memoria a breve termine, (mbt) deputata al mantenimento delle informazioni per un intervallo limitato di tempo;

    - una memoria a lungo termine, (MLT) fondamentale per l' apprendimento apparentemente per la rielaborzione e conservazione delle informazioni a lungo trmine

    La memoria a breve termine ovvero "eposodica o di lavoro" , e' una funzione articolata e diffusa che coinvolge varie aree del cervello , sincronizzandole in un compito mnesico unitario 

    La memoria a lungo termine ovvero "semantica"e/o "procedurale" e' locata centralmente nel cervello e si correla preferenzialmente con le aree deputate sia al riconoscimento ed espressione del linguaggio che a quelle motorie. 

    Tale schematizzazione della organizzazione dei processi della memoria , non affronta, se non parzialmente, una spiegazione del sistema che conduce alla formazione di ricordi nell' apprendimento .

    Facendo particolare riferimento alle sinapsi, che sono i segmenti di collegamento tra i neuroni ,la memoria, in particolare quella a breve termine, si ritiene causata da effetti temporanei di polarizzazione delle sinapsi al passaggio di segnali bioelettrici ; tale variazione di potenziale alle sinapsi induce una temporanea attivita di risonanza di oscillazione coerente dei neuroni, che permette di mantenere ed elaborare la informazione a breve termine. Tale attivita viene rafforzata dalla ripetizione di fenditure (gap juncton ) la cui fessura e di soli 4/5 nm , che si pensa possano stabilizzare la risonanza stocastica del sistema della "mbt". 

    A partire da tale spiegazione possiamo notare che la neurologia che fa riferimento alla scienza classica non puo spiegare ad un buon livello di completezza la formazione della memoria , mentre la "Teoria del Cervello Quantistico" ("QBT") basata su l' entanglement quantistico e cioe' sovrapposizione di stati quantici dei neuroni inclusi nel gap sinaptico , puo svolgere un ruolo importante nella comprensione della complessa funzione mnemonica del cervello e potrebbero costituire la base di una spiegazione del rapporto tra apprendimento a lungo termine delle conoscenze e la coscienza.

    Tale e' la scommessa di comprensione che e' inclusa nel progetto transdisciplinare "quARte" di arte e scienza quantistica e di comunicazione in realta' aumentata con il quale cercheremo il confronto internazionale sulla base di alcune ipotesi e congetture da verificare delle quali alcune sono gia state accennate in : 
    a) http://www.edscuola.eu/wordpress/?p=27436

    b) http://www.edscuola.eu/wordpress/?p=26471

    La ricerca di "QBT" del programma "quARte" e iniziata dal considerare che le sinapsi hanno comunemente uno spessore variabile di pochi nanometri ( tra i 20 e 40 nm) e tale dimensione ci permette di capire come possa agire la funzionalita dell' entanglement quantistico nella generazione di campi energetici di informazione che agiscano nel comunicare informazione simultaneamente a distanza . Sotto tale profilo di comunicazione simultanea a distanza diventa possibile ipotizzare, che le sinapsi possano agire con due modalita : A)- la prima e' quella "Bioelettrica" , nel caso che i canali di gettito dei neurotrasmettitori bella fessura sinaptica siano aperti. In tal caso le due membrane della fessura sinaptica si polarizzano ed inducono la diffusione risonante delle oscillazioni dei neuroni per attivita' di "mbt" . B)- La seconda e' invece quella che si esprime come attivita' di comunicazione Bio-chimica simultanea a distanza ; in questa fase i canali di gettito dei neuro trasmissione sono chiusi , cosi che la costrizione delle molecole della neuro-trasmissione nella fessura sinaptica, va ad agire da modulatore dell' entanglement quantistico degli orbitali molecolari dei neuro trasmettitori; cio' causa l formazione di campi di energia di informazione dotati di una elevata stabilita di comunicazione simultanea tra le varie aree coinvolte nella MLT. 

    Mediante queste ipotesi e congetture creative diviene possibile ritenere che i modelli classici fino ad oggi utilizzati per spiegare i processi cognitivi cerebrali siano ormai inadeguati e che quindi necessitano di un notevole approfondimento teso a comprendere con modalita transdisciplinari, la organizzazione della modulazione della memoria che e alla base di ogni processo mentale di conservazione ovvero di cambiamento culturale ma anche sociale ed economico. 

    Biblio on Line. Precedenti articoli di di Paolo Manzelli 

    http://www.edscuola.it/archivio/lre/cremem.html

    http://www.edscuola.it/archivio/lre/simultaneity.pdf 
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    http://www.egocreanet.it/Postnuke/html/modules.php...
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  • Paolo Manzelli Simple Cnsideration for an open debate : Quando si dice d uno psichiatra che e' uno "strizza cervelli", si intuisce una realta recondita. Infatti il confinamento e la compressione dei neurotrasmettitori nelle sinapsi "chiuse", determina il fenomeno del "entanglement quantistico" , che permette di inviare segnali simultanei a distanza che generano risonanze coerenti nel caos della dinamica dello scambio di informazione cerebrale tra neuroni. 21/AGO/2013

Tags: Nano-synapses, Quantum-Brain

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le Radici della creativita sono un tema della esplorazione del progetto "quARte" di arte e scienza contemporanea. Sradicare dal profondo del funzionamentop del cervello umano la comprensione del funzionamento della creativita per renderla cosciente ed accentuarne le proprieta migliori e la necessaria mision di comunicazione e diffusione transdisciplinare che Egocreanet persegue dal 1997vedi anche in : https://www.facebook.com/groups/431161846963599/Paolo Manzelli

Quantum Brain : There are three aspects to the modulation of synapse function of communication .          1) The first is enhancement of synaptic transmission. One way to do this is to increase neurotransmitter concentrations at the synaptic cleft by enhancing transmitter release or blocking transmitter degradation and/or reuptake. This concentration and cohercition generates an entanglement of electron bond structure that permits a parallell and simultaneity of distance comunication of synaptic signals's fields 2) The second aspect to the modulation of synapse function involves facilitation of synaptic plasticity. Synaptic plasticity, by strict definition, is due to an increasing of polarization changes producing a growth in synaptic strength in response to a brief increase in neuronal activity. Also this effect can growth the quantum entanglement field  producing an enhancement of synaptic simultaneity of transmission .
3) The third aspect to the modulation of synapse function involves stimulation of synaptic growth (also termed synaptogenesis). Synaptic growth is a highly dynamic process that persists throughout adulthood. Synaptic connectivity growth through new terminals and/or dendritic spines. The synaptogenesis-promoting agents, or growth factors, depend on how is the strength of quantum entanglement effect and the amplitude of the entangled communication field at the synapses .          Paolo Manzellipmanzelli.lre@gmail.com 31th/August/2013 

Electron microscopy visualized synapses at nanometer resolution, and can thereby capture the fine structure of these contacts. Fast simultaneity of communication between neurons, or neurotransmission, is 

fundamental for creative beavior based on curiosity and intuition . The neurotransmitter contents into the synaptic cleft will be compressed in a high pressure confinement through growing the polarization of the synapses , so that the bond electrons of neurotransmitters can be coupled into a quantum entagled// dis-entangled  effect  generating an simultanean  higher speed communication field able to send signals at distance . Paolo Manzelli 31th August 2013 Firenze 

 Theme of new Reasearch : Synaptogenesis and creative plasticity regulated by the cronodynamic changes of synapses of the Quantum Brain funtions. Paolo Manzelli: http://www.edscuola.eu/wordpress/?p=27702

http://www.theguardian.com/what-is-nano/mapping-the-mind-with-nanot..., "The brain has always been nano,"The brain's 100m neurons, and 100tn synaptic connections of dendrites all work over nanometres, so to study the brain on its own scale nano-sized measuring techniques are absolutely necessary. EGOCREANET ( egocreanet2012@gmail.com) proposes to go further in NANO-DIMENSIONED QUANTUM BRAIN SCIENCE( ND-QBS) , to study its theory-foundations,at that nano-level of space-time. This approach start up finding the convergence of neuroscience and nanotechnology ' putting in evidence its implications for the knowledge generation for the creative-development of future well being in society to which quantum brain theory it gives rise. The focus of Egocreanet Study on ( ND-QBS) is about the quantum entanglement of nano synapses and the synaptogenesis . The Synapses are the basic unit of inter-neural communication. The dimension of the cleft between biochemical synapses iis about 20/40 nm, across which various neurostrasmitters in different areas of the brain generates different signals relted to thinking or emotional or pultional process of the information exhange of the brain . The Egocreanet approach on ( ND-QBS) would develop a conscious revision about the evolution of human creativity in science and art . This approach is open to a deep debate in science and humanities . I hope to find your interest about it and a large cooperation . Very Cordially Paolo Manzelli <pmanzelli.lre@gmail.com> 

The Quantum Entanglement in Nanosynapses for improving the study on bio-wireless communication is an advanced research of quARte Program to develop a quantum culture and innovation of transdisciplinary knowledge generation based on the Quantum Neuronal communication paradigm. This creative science research will develop a new cognitive foundation to grow up quantum brain functions such as creative learning through enhancing brain plasticity .

http://www.nanopaprika.eu/forum/topics/quantum-brain-and-nano-synapses

Nano Synapses in Quantum Brain Communications
The nervous system represents the quantum-bio communication processing . The communication structure is composed from billions of small electrochemical synapses of 4/5 nm and thousand of biochemical synapses ( 20-40 nm) between each two neurons. Both of such types od nano-synapses are
organized in complex specific brain's areas that control some types of the Quantum Brain information transfer, e.g producing thinking , emotion , and pulsions at various evolutive levels of the Brain. The Quantum Brain Communication developed through the Nano synapses includes both wired electrochemical pathway between neurons (through axonal to dendrite and soma projections) and wireless communications.

The last my be obtined by the quantum entanglement effect producing the formation of electromagnetic field enabling the the simultaneity of propagation of a long-range synchronization of neuronal networks in the brain.

The quARte project/program has the objective to join Quantum Science and Art and to develop the technology of Augmented Reality , as a complex transdisciplinaty reasearch and cultural innovation system, oriented to furnish a new approach in creative generation of knowledge. The above will be possible by means an open discussion devepoped in order to highlight the basic principle of communication of Quantum Brain and in particular to advance in understandin how can be enhanced the human neuronal plasticity through favour the action of quantum entanglement effect in nano-synapses, that we look as the quantum effect able to produce the long-range neuronal synchronization generatin an holistic behaviour of Quantum brain communication. Paolo Manzelli pmanzelli.lre@gmail.com

Quantum Brain , information processing employs superposition of quantun particles ( phothons Phonons.. ) in the electical nano-synapses and of  atoms or electron clouds of neurotransmission molecules into biochemical nano-synapses . The above  quantum  entanglement,  change the probabilistic exhange of information in the Quantum Brain, by means  to encode and manipulate information-energy fields, in order to communicate wireless signals  in time-simultaneity . So that the Quantum Brain bio-communication  is able to work into a  very different ways from the classical   information processing  ( =  linear in time) as all equipments and computers underlying currenlty no-entangled/quantized electronic technology  Paolo Manzelli https://www.facebook.com/groups/431161846963599/

SEARCH FOR PARTNERS IN QUANTUM ART AND SCIENCE EGOCREANET/ see in : http://www.edscuola.it/.../lre/triadic_quantum%20_energy.pdf / is interested to develop a partnership in quantum art and science , to advance knowledge in the Quantum Brain theory, this in order to assees that the key development of "quantum entanglement" in its applicability to brain-communication The approach of QBT provides neuroscientists and psychologists with an alternative conceptual framework for describing neural processes. Paolo pmanzelli.lre@gmail.com 

EGOCREANET search for a support to the early stage for improving a collaborative trans-disciplinary research project on the visionary issue of "Quantum Brain Theory" (QBT) , as it is necessary for a succesful exploration of a new foundation of radically new future emerging bio-inspired nano-technologies.
The QBT need to find support to develop an innovatin research in science and culture because represent a crucial step of conceptual change within a long term vision of bio-inspired technology that are far beyond the state of the art and currently is not anticipated by conteporarily bio-technology roadmaps.

So that I find some difficulties do not gettin funds to establish a basis for a new line of bio-inspired nano- technology that are not not currently considered or anticipated in the realm of the traditional paradigm of quantum mechanical science .

High-risk: Certainly the QBT find better an easy plausibility to people as creative artists that accept the original of nolvelty in new ideas and concepts, rather than in the application or incremental refinement of existing ones as normally I find in my scientist's colleagues .
Finally I ask both to researchers in art and science to help me to develop a global partnerschip on the issue Quantum Brain Theory within the objective is to identify a international consortium which has the capacity to advance in konowledge about the future of Human Brain Evolution . 

I hope in your kind co-operation and creativity. . My best regards . Paolo 19thSept.2013 Firenze

Quantum entanglement and quARte Project in Quantum Art and Science for imppementing Augmented Reality. quARte program Open Dialog see In : http://www.nanopaprika.eu/forum/topics/quarte-project-italy-quantum...

It is important to understand what is the quantum entangled communication at distance because this change in mechanical conception generates a revolution in quantum science and artistic culture . The entanglement event is experimentally proved in photon's tele-trasportation . The entanglement change of physical properties occurs when two or more quantum particles are closed in a cavity so that their waves become ovepositioned together. In such a way that whatever happens to one of quantum-particles will produce an immediate change in the other this because the two or more wave particles transform their single states in an common bisimensional energy field . 

The communication of entangled fields may be seen as a "quantum - telepathy" between distant entangled photons to send information over long distence . The Entangled Information Field hence works as wireless or no- contact at distance communication, securely and instantly in all the amplitude of the entangled quantum energy interactive information field. 

Quantum Brain works both using wired communication of information through axons wired commections and also utilizing wireles- communication , or quantum-telepathy activity, through quantum entanglement effect into the nano-dimensioned synapses . See open debate in : http://www.nanopaprika.eu/...                Paolo Manzelli pmanzelli.lre@gmail.com

See previous TUSCANY NANO-FACTORY EGOCREANET http://tnf-egocreanet.blogspot.it/2011/05/tuscany-nanofactory-preme...; Paolo Manzelli

The synaptic nano dimensioned gap work as a dynamic vibrating cavity where happen the quantum entanglement produced by the pressure to neurotransmitters molecules (*) ,closed between the synaptic nano-cavity . N.B.  Nothing in the principles of quantum science prevents molecular macroscopic systems and sub-sistems as bond electrons an spins to attain entanglement effect .Paolo Manzelli                                              (*) http://gsjournal.net/.../%20Medicine/Download/396;

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Welcome! Nanopaprika was cooked up by Hungarian chemistry PhD student in 2007. The main idea was to create something more personal than the other nano networks already on the Internet. Community is open to everyone from post-doctorial researchers and professors to students everywhere.

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Directed Deposition of Nickel Nanoparticles Using Self-Assembled Organic Template,

Polymeric Honeycombs Decorated by Nickel Nanoparticles, Science of Advanced Materials (Accepted, 05/2014)

Organometallic deposition of ultrasmooth nanoscale Ni film,

Zigzag-shaped nickel nanowires via organometallic template-free route

Surface analytical characterization of passive iron surface modified by alkyl-phosphonic acid layers

Atomic Force Microscopy Studies of Alkyl-Phosphonate SAMs on Mica

Amorphous iron formation due to low energy heavy ion implantation in evaporated 57Fe thin films

Surface modification of passive iron by alkylphosphonic acid layers

Formation and structure of alkylphosphonic acid layers on passive iron

Structure of the nonionic surfactant triethoxy monooctylether C8E3 adsorbed at the free water surface, as seen from surface tension measurements and Monte Carlo simulations

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