tonylang Posted March 29, 2018 Author Report Share Posted March 29, 2018 IMAGE CREDIT: UNIVERSITY OF CAMBRIDGE http://www.telegraph.co.uk/science/2016/05/04/human-embryos-kept-alive-in-lab-for-unprecedented-13-days-so-sci/By the 11th day of gestation of a human embryo, for example, being no bigger than the head of a pin yet it contains many hundred cells every one of them a living individual in nature. Among these cells, early in the formation of a new life, are the LINE hypothesized Entanglement Cells (EC), some of which are likely visible in this photograph. Entanglement cells are very special cells which together heterodyne their own unique individual entangled states to manifest a new state established at a unique QEF, your QEF. This instantiation manifests a new life, a new emerged LifeID, your position-of-view (POV), not unlike their own but at a different unique quantifiable value of the entangled degrees-of-freedom (QEF’s) of the immutable entanglement spectrum. This is approximately the stage in gestation of a viable host where instantiation occurs, the point at which you the individual, become tethered to this particular growing host form and not to some other. Why you? In this there can be no; Why, only; How. Via a combination of natural circumstances, some predicted by the LINE hypothesis, this particular host has heterodyned at your QEF. This occurs whether the form be human, or any other viable living form that happens to exist in any temporary, no doubt extinction laden eco-system. The Earth is but one such habitat. This is but one instance of countless such processes of instantiation by natural entanglement that occur second by second throughout existence. By this process the mobility of individuality is made possible in a vast Higgs universe, together with the non-locality of metamatter and the non-relativistic reach of the entanglement spectrum. These features make individuality and life possible on Erath and anywhere, wherever viable forms happen to emerge, in that place a new instance of life is established whether single or multi-cellular. Empirically proving or disproving the existence and theorized function of the EC and identifying the ubiquitous entanglement molecule which makes this all possible will be greatly facilitated by using subjects that are at this early pivotal stage of development.This initial two week stage in human gestation, for example, marks the point where the embryo may form one or more hosts (i.e. twins etc.). Also at this stage the characteristic central structure of the host form begins to emerge. It is very likely that the EC are present but have not yet heterodyned at this juncture. At this stage the embryo remains a collection of distinct individual cells each with a specific, or soon to be determined mission. Once the EC combine their individual entangled states to establish the one or more new emerged entangled states and the POV’s define therein, an equal number of new instances of individuality come into existence perhaps for the first time, or perhaps not for the first time. The one certainty in this process is that this particular host has never before existed and never will again. Further, we may inquire; at what stage in its evolution does an emerged species gain its EC and go from being a colony of individual cells , to become an emerged form hosting a position-of-view with a unique emerged QEF? To understand this It would help to seek living forms representative of each evolutionary stage of development. Species that straddle the evolutionary line between a colony of living individual cells and an emerged living being with a POV distinct from its other non-EC’s. Such species no doubt exist but are not easily categorized. For some reason evolution seems to favor full emergence once a colony develops the EC, like a switch being flipped. This is not to suggest that such recently emerged species would immediately possess highly integrated systems like a central nervous system which links its disparate regions of specialization. Such complex features would take time to evolve but the QE connection to metamatter had by all living forms requires no such embellishments. Also, how might a species respond evolutionarily to developing a newly established POV as compared to being a colony of living individuals? This would be a truly fascinating study to undertake. The LINE hypothesis suggests that imprinted metamatter influences evolution throughout this universe in ways that should not be underestimated and may very well play a crucial role in disseminating this amazing capability to eco-systems separated by distances that are otherwise physically unbridgeable. Thus, like all other features of the cell, the capability to combine the natural entangled state first evolves in cells which then further specialize. Thereby passing on their newly acquired talents to offspring. Together these new EC perform the initial combination of their individual QE connection to establish the new emerged individuals position-of-view thereby marking the emergence of a new host form for emerged individual life, a new species. From an evolutionary standpoint, one may be tempted to expect a dramatic transformation to accompany the transition from the collection to the emerged host, but this is unlikely to be the case. More probable is a slow evolution out of the hitherto normal behavior of that particular colony as new possibilities slowly take hold of its evolutionary trajectory. Thus the cloud-storage repository of newly entangled metamatter further shapes the destiny of a new species. The science which describes POV evolution will, like all aspects of living biology, be deep and complex in its own right. The evolution of a species has many influences and likely goes step-wise with the evolution of its POV as both number and complexity of EC may evolve over time. So if you, whatever your species, are impressed and proud of the evolved capabilities of your living form, it is well and good that you should be, but also realize that none of those known features can be considered to be more impressive than the feature of natural entanglement heterodyning evolved in the EC. This remarkable feature permits nothing less than the establishment of complex emerged beings, like you, in this universe. If not for this amazing feature of the cell only individual cells and colonies thereof would populate the Earth. This is not to suggest what forms such colonies might take, but the distinction between a colony of individual cells and an emerged being such as a human or a millipede or a finch is significant and important. Today science defines no clear basis for such a distinction, the LINE hypothesis does. Quote Link to comment Share on other sites More sharing options...
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