Platonic solid
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Contents
English[edit]
Alternative forms[edit]
 platonic solid (US)
Etymology[edit]
From Platonic + solid, in reference to the Greek philosopher Plato, who in his dialogue Timaeus theorised about a correspondence between these solids and the classical physical elements.
Noun[edit]
Platonic solid (plural Platonic solids)
 (geometry) Any of five convex polyhedra with congruent regular polygonal faces, which have a high degree of symmetry and have been studied since antiquity.

1961, J. S. Griffith, The Theory of TransitionMetal Ions^{[1]}, page 41:
 As the names suggest, the groups and their existence are connected to the five Platonic solids. They are in fact the rotation groups of the Platonic solids.

1993, Aharon Kantorovich, Scientific Discovery: Logic and Tinkering^{[2]}, page 160:
 The erroneous number of planets, six, gave him^{[Johannes Kepler]} the clue for his model of five Platonic solids (the five regular convex polyhedra) on which he erected the universe.
 2015, Alexander A. Stepanov, Daniel E. Rose, From Mathematics to Generic Programming, page 44,
 In the 13th and final book, he^{[Euclid]} shows how to construct the five Platonic solids, and proves that they are the only regular polyhedra (bodies whose faces are congruent, regular polygons) that exist.

Hyponyms[edit]
 (Any of five polyhedra): cube, dodecahedron, icosahedron, octahedron, regular hexahedron (cube), tetrahedron
Related terms[edit]
Translations[edit]
Any one of five polyhedra


See also[edit]
 Archimedean solid
 Catalan solid
 Johnson solid
 Kepler solid
 Platonic solid on Wikipedia.Wikipedia
 Regular 4polytope on Wikipedia.Wikipedia
 List of regular polytopes and compounds on Wikipedia.Wikipedia