Euclid Books

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Euclid's Elements Euclid's Elements (Paperback)
by (shelved 4 times as euclid)
avg rating 4.32 — 3,364 ratings — published -290
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The Philosophy of Cosmic Spirituality The Philosophy of Cosmic Spirituality (Kindle Edition)
by (shelved 1 time as euclid)
avg rating 4.83 — 41 ratings — published 2014
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Il-Filosofija tal-Ispiritwalita Kozmika Il-Filosofija tal-Ispiritwalita Kozmika (Paperback)
by (shelved 1 time as euclid)
avg rating 4.88 — 8 ratings — published 2013
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Problems, Problems Problems, Problems (Paperback)
by (shelved 1 time as euclid)
avg rating 0.0 — 0 ratings — published
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Concurrent Euclid, the Unix* System, and Tunis Concurrent Euclid, the Unix* System, and Tunis (Paperback)
by (shelved 1 time as euclid)
avg rating 3.75 — 4 ratings — published 1983
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“Kepler followed Proclus and believed that 'the main goal of Euclid was to build a geometric theory of the so-called Platonic solids.' Kepler was fascinated by Proclus and often quotes him calling him a 'Pythagorean'. [History of Mathematics]”
C. Smoryński

“In Euclid's Elements we meet the concept which later plays a significant role in the development of science. The concept is called the "division of a line in extreme and mean ratio" (DEMR). ...the concept occurs in two forms. The first is formulated in Proposition 11 of Book II. ...why did Euclid introduce different forms... which we can find in Books II, VI and XIII? ...Only three types of regular polygons can be faces of the Platonic solids: the equilateral triangle... the square... and the regular pentagon. In order to construct the Platonic solids... we must build the two-dimensional faces... It is for this purpose that Euclid introduced the golden ratio... (Proposition II.11)... By using the "golden" isosceles triangle...we can construct the regular pentagon... Then only one step remains to construct the dodecahedron... which for Plato is one of the most important regular polyhedra symbolizing the universal harmony in his cosmology.”
Alexey Stakhov, "GOLDEN" NON-EUCLIDEAN GEOMETRY, THE: HILBERT'S FOURTH PROBLEM, "GOLDEN" DYNAMICAL SYSTEMS, AND THE FINE-STRUCTURE CONSTANT

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