Mysterium Cosmographicum

E77814

Mysterium Cosmographicum is Johannes Kepler’s early astronomical treatise in which he proposes a geometric model of the solar system based on nested Platonic solids to explain the spacing of the planets.


Statements (45)
Predicate Object
instanceOf astronomical treatise
book
scientific work
aimedToExplain relative distances of planets from the Sun
associatedWith Keplerian cosmology
author Johannes Kepler
basedOnTheoryOf Nicolaus Copernicus
centralIdea planetary spacing explained by nested Platonic solids
contains diagrams of nested solids and spheres
cosmologicalSystem Sun-centered universe
countryOfPublication Holy Roman Empire
dedicatedTo Michael Maestlin
era late 16th century
field astronomy
mathematics
natural philosophy
followedBy Astronomia Nova
hasGenre astronomical literature
scientific literature
hasRevisedEditionByAuthor second edition with notes and corrections
historicalPeriod Scientific Revolution
includes geometrical arguments
influenced Johannes Kepler's later laws of planetary motion
influencedBy Platonic philosophy
Pythagorean ideas of harmony
notableFor first published defense of Copernican system by Kepler
geometric model of planetary orbits
originalTitle Mysterium Cosmographicum
originalTitleLanguage Latin
placeOfPublication Tübingen NERFINISHED
planetaryCountConsidered six known planets
proposesModelOf solar system
publicationYear 1596
secondEditionYear 1621
status historically significant work in astronomy
subject cosmology
geometry
heliocentric model
planetary orbits
solar system
supports Copernican heliocentrism
translatedTitle The Cosmographic Mystery
The Secret of the Universe
usesConcept Platonic solids
nested polyhedra


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