All living cells including those of our bodies emit light, but usually at such low intensities that they are not visible to the naked eye. Single-celled organisms emit light too, and like some multicellular creatures such as fireflies and certain fishes, some have evolved mechanisms to emit ligh of sufficient intensity for us to perceive it, in which case it is called bioluminesce and can appear as shown in the video below. In order to be bioluminescent those microorganisms must have evolved and still maintain the DNA coding for all the proteins involved in the light-emitting process, for which they must expend some metabolic energy doing so and also for emitting the light itself. Nobody has found any reason why a single-celled organism might benefit from emitting light however, though logically one would think it must have something to do with communication because that is the purpose of fireflies and some fishes doing it. Nexus Theory would suggest that if the biophotons emitted by single celled organisms could be coordinated somehow so as to form a holographic Nexus, some form of consciousness would emerge. These particular single-celled organisms are called dinoflagellates, the flagella part of their name indicating they possess whiplike beating flagella which are made of microtubules almost exactly in the same design as the cilia lining the spaces of our cerebral ventricles, except cilia are shorter than flagella. According to Nexus Theory, cilia are able to guide the emissions of biophotons into the cerebral ventricles so as to create a Nexus there and enable consciousness in us. It therefore seems possible on a similarly theoretical basis that a population of dinoflagellates all exchanging photons across spaces might be doing so for the specific purpose of forming a Nexus and taking on some form of consciousness as a group. This is the translation for the text that goes with this video: Dinoflagellate algae exhibit bioluminescence and can be seen shining in the sea. When the diver passes his hand and shake these unicellular algae, increases her metabolism and there in which a protein molecule involved in the mechanism of oxidation. When the reaction happens, they glow!
Posted on: Mon, 24 Nov 2014 11:11:07 +0000
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