Dr Alex Tournier | Quantum coherence domains
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Dr Alex Tournier | Quantum coherence domains


we know from the field of nanoparticles which is an emerging field of research which is very fascinating because we’re seeing in many applications know in engineering but also in medicine there’s some new drugs that are using this to the target delivery of cancer drugs using nanoparticles so the idea that homeopathy could you be using a similar mechanism is quite interesting so that’s an active field of research nanoparticle is a active field of research right now and if she’s actively being pursued by professor professor iris Pell in the States and others it’s promising there are some issues that need to be resolved but definitely a very exciting field one other theory which I prone and I think is also very promising is one theory that was originally also championed by people like like benveniste and more recently by Nobel Prize laureate luc montagnier and this is the theory of quantum coherence domains and this was proposed by Italian theoretician called dr. pepper otta from Milan and he put forward the idea that you could have the so called quantum coherence domains in a material where you have dipoles such as water from other forms dipoles and the idea here is that these quantum coherence domains would be small domain say about 25 nanometers in diameter where water would be locked in in a specific structure and reminiscent of what could happen say in super fluids where you have this locking in office of a quantum state so here you would have a locking in of a quantum state on on a smaller scale and the scale of 25 nanometers which would be able to register information about its environment say environment of a protein and that when because it reduces information it would be able to carry that information through the circassian process and dilution Circassian process due to the fact that it’s inherently water it can copy itself through a dilution process and then be given back to the patient and their elicit a biological response basically it’s a quantum coherence domain is a theory that’s an expansion on Feynman’s quantum electrodynamics so quantum electrodynamics is a theory that explains the interaction of light with matter particular electrons so we use it everywhere today this area was from the two Fineman for which he got the Nobel Prize now Roberta expanded this theory to the special case where you don’t have just one charge such as a necked Ron but when you have a separation of charge so minus or the plus such that you have so it’s a separation of charge which is called dipole and you have this separation of charge in water molecules so the two sides of the water molecules tend to have a positive and a negative charge this forms a dipole and when you have when you think about what happens when dipole associate themselves such as water molecule associating themselves and you look at that in the context of quantum mechanics you get quantum coherence domains or you get the theory of that and then the predictions from this theory are that small domains of water will fall and will be stable stable water structures at room temperature that will be quantum in nature and by the very nature this quantum nature they would be able to not suffer from loss of information because they don’t dissipative in the way that normal structures would be they would be able to register information of an electromagnetic nature so frequency is basically this frequencies the ideas and the this frequencies would be able to interact with the frequencies that are present in multiple systems frequencies such as the frequency of enzymatic reactions so all cats catalytic sites in enzymes and other more like particle molecules have specific frequencies at which they function and we know from experimentation that if you play around with this frequency to zap them at the right frequency that can enhance or hinder the biological activity and we suspect this might be one way that they’re interacting with the human body quantum coherence domains if they exist predate any life so what we think it might be happening is that life evolved within the presence of these quantum coherence domains so it is very possible and it exists quite then quite likely that biology evolved around quantum coherence domains and actually uses quantum coherence domains in ways that we are still to discover in particular the idea that body might have evolved to be very sensitive to these subtle signals coming from the quantum careens domains that would tell it about things that are happening somewhere else in the body because the quantum core is domain would be able to register the presence of over foreign body say and deliver that information somewhere else in terms of these electromagnetic frequencies and then elicit from the biological system a response a rapid response to something is being able to detect it that way the quantum carries no means would be able to capture inflation information specific to proteins and too many substances through the rest the very specific frequencies that are present in these substances what we understand from the predictions of the theory is that quantum domains with carrying similar information would tend to clump together so these coming together also acts as a mechanism would lock the information in these domains

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