Using a newly discovered foraminiferal microbiota (that turns out to be exactly contemporary with the new giant trilobite), the book explores the metacellular/chambering style of morphogenesis that stands in direct contrast to toroidal morphogenesis as a parallel morphogenetic system.Īdnan Oktar (Harun Yahya) Charles Darwin was forced to admit, “I remember well the time when the thought of the eye made me cold all over.” One of the main reasons why was that his theory was unable to account for the eyeball’s flawless structures and complexity. Finally, the book considers a counterexample to toroidal morphogenesis in the growth of marine microbes known as foraminifera. Next follows focus on the early development of cephalopods and a new variant of the torus called hypertorus. The book then looks at an application of the model to scleritome theory (i.e., the theory of shell evolution) and to the Cambrian origin of mollusks and brachiopods, and as a result will develop a new and powerful dual application of torus scleritome theory. This is followed by evaluation a newly discovered giant trilobite with characteristics that appear to support toroidal morphogenesis theory. The book begins with description of and discussion of one of most recently recognized members of the Ediacaran biota, a fossil that looks astonishingly like a fossilized morphogenetic torus. This book aims to address the deficiencies of contemporary evolution studies by evaluating Multi-Torus or Morphogenetic Torus Theory using the fossil record.
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