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In the Beginning was Information

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All human nutritional problems could be solved if only we could imitate<strong>the</strong>se animals. But photosyn<strong>the</strong>sis is such a brilliant information controlledprocess that it is not really understood; it is also impossible to copyit chemotechnically. It has not yet been possible to imitate <strong>the</strong> above mentionedanimals by utilising and preserving chloroplasts (<strong>the</strong> chlorophyllorganelles) with <strong>the</strong>ir functions intact, outside of leaf cells.A3.4.2 Animals with “Lamps”As far as energy is concerned, <strong>the</strong>re is ano<strong>the</strong>r extremely interesting phenomenonexhibited by many sea animals and some simple land animals(e. g. glowworms; see details in [G15]), namely bioluminescence (Latinlumen = light). These organisms can emit light of various colours (red, yellow,green, blue, or violet) and in different signal sequences. When technologicallight production is compared to bioluminescence, <strong>the</strong> former provesto be extremely inefficient as far as energy input is concerned. Normally anelectric light bulb only converts 3 to 4 percent of <strong>the</strong> applied energy intolight, and <strong>the</strong> efficiency of a fluorescent tube is only about 10 %. Our lampscould be considered to be heat generators ra<strong>the</strong>r than radiators of light.Bioluminescence, being an invention of <strong>the</strong> Creator, involves <strong>the</strong> radiationof cold light – a reaction which no man has yet been able to copy. <strong>In</strong> thisprocess certain illuminative substances (luciferin) are oxidised by anenzyme called luciferase. Three fundamentally different types of luciferincan be distinguished, namely that of bacteria, that of fireflies, and that of<strong>the</strong> Cypridina. An American biochemist, professor W. D. McElroy, <strong>was</strong>able to quantify <strong>the</strong> efficiency of this type of light production. It <strong>was</strong>found that each and every quantum of energy transported to <strong>the</strong> lightorgan in <strong>the</strong> form of ATP 28 <strong>was</strong> converted to light. The number of oxidisedluciferin molecules is exactly equal to <strong>the</strong> number of emitted lightquanta. All <strong>the</strong> light emitted by a firefly is “cold” light, which means that<strong>the</strong>re is no loss of energy through <strong>the</strong> radiation of heat. We are thus dealingwith lamps which are 100 % efficient because of <strong>the</strong> complete conversionof energy into light.Many bacteria, tiny organisms, insects, and deepsea fishes especially, havebeen equipped with this method of producing light by <strong>the</strong> Creator. The bestknown examples are <strong>the</strong> fireflies and <strong>the</strong> glowworms (Lampyris and Phausis).Most of <strong>the</strong> subtropical and tropical lampiryds can emit deliberatesequences of flashes; <strong>the</strong> European ones are not able to do this. <strong>In</strong> experi-28 ATP (= adenosin triphosphate) is a macro-molecule used for <strong>the</strong> storage and transportationof energy in living cells (see paragraph A3.3).238

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