Andrews, Noam (Author)
Park, Katharine (Advisor)
The dissertation explores the centrality of the Platonic Solids, and polyhedral geometry generally, to the artistic and mixed-mathematical cultures of Renaissance Germany. Beginning with Albrecht Dürer’s groundbreaking treatise on geometry, the Underweyung der Messung (1525), the dissertation redefines sites of early modern experimentation to include the graphical spaces in which new geometrical knowledge was practiced, invented, contested, manipulated, discarded, and presented. The research describes the historical contexts and development of the practice of polyhedral geometry over the course of the 16th century, expanding from Dürer to the lesser-known textbooks for practical geometry that his work inspired in Germany, and continuing with epitomes of the polyhedral genre, namely Wenzel Jamnitzer’s Perspectiva corporum regularium (1568) and the drawings of the Augsburg artisan Lorentz Stöer. The dissertation then follows the migration of polyhedra into intarsia and turned-ivory artifacts used for teaching applied geometry to European aristocracy, and concludes by addressing the polyhedral cosmology of the astronomer Johannes Kepler. By tracing the lifespan of polyhedra from their use as perspectival tools and pedagogical devices in Renaissance workshops into courtly Kunstkammern and onto the precious surfaces of domestic objects, the dissertation uncovers the influence that the decorative arts had on the conceptualization of geometrical knowledge and its new engagement with materials and concepts of materiality.
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Article
Malpangotto, Michela;
(2010)
Graphical Choices and Geometrical Thought in the Transmission of Theodosius' Spherics from Antiquity to the Renaissance
(/isis/citation/CBB000932988/)
Chapter
Alvarez, Carlos, Jr.;
(2008)
François Viète et la mise en équation des problèmes solides
(/isis/citation/CBB000952191/)
Article
Weitzel, Hans;
(2007)
Zum Polyeder auf A. Dürers Stich Melencolia I---Ein Nürnberger Skizzenblatt mit Darstellungen archimedischer Körper
(/isis/citation/CBB001021453/)
Article
Lorenat, Jemma;
(2012)
Not Set in Stone: Nineteenth-Century Geometrical Constructions and the Malfatti Problem
(/isis/citation/CBB001212294/)
Article
Lloyda, D. R.;
(2012)
How Old Are the Platonic Solids?
(/isis/citation/CBB001212292/)
Book
Euclid, ;
(2001)
Euclide d'Alexandrie. Les Éléments. Traduit du texte de Heiberg, Volume 4, Livres XI-XIII: Géométrie des Solides
(/isis/citation/CBB000101225/)
Article
Nikolantonakis, Konstantinos;
(2011)
Examen des traités Sur la section du cylindre et Sur la section du cône de Sérénos d'Antinoé à la lumière de la tradition de l'optique géométrique ancienne
(/isis/citation/CBB001212081/)
Article
Nikolantonakis, Konstantinos;
(2007)
The Treatise “On the Section of a Cylinder” of Serenus of Antinoeia and the Apollonian Tradition
(/isis/citation/CBB000933151/)
Book
Archimedes, ;
Masià Fornos, Ramon;
(2010)
Sobre l'esfera i el cilindre
(/isis/citation/CBB001024847/)
Article
Biard, Joël;
Rommevaux, Sabine;
(2009)
La question de Blaise de Parme sur le contact entre une sphère et un plan
(/isis/citation/CBB000932588/)
Book
Kim Williams;
Cosimo Monteleone;
(2021)
Daniele Barbaro’s Perspective of 1568
(/isis/citation/CBB872172527/)
Article
Rebecca Zorach;
(2020)
Stones, Snowflakes, and Insect Eggs: Conrad Gessner’s Figura and Geometric Nature
(/isis/citation/CBB705781696/)
Book
Andersen, Kirsti;
(2007)
The Geometry of an Art: The History of the Mathematical Theory of Perspective from Alberti to Monge
(/isis/citation/CBB000850432/)
Book
Peterson, Mark A.;
(2011)
Galileo's Muse: Renaissance Mathematics and the Arts
(/isis/citation/CBB001210032/)
Book
Belting, Hans;
(2011)
Florence and Baghdad: Renaissance Art and Arab Science
(/isis/citation/CBB001251417/)
Book
Enrico Gamba;
Vico Montebelli;
(2022)
Piero della Francesca, matematico
(/isis/citation/CBB397029119/)
Book
Rossella Lupacchini;
(2020)
Nella mente della natura
(/isis/citation/CBB919954510/)
Article
Weitzel, Hans;
(2004)
A Further Hypothesis on the Polyhedron of A. Dürer's Engraving Melencolia I
(/isis/citation/CBB000410836/)
Article
Riccardo Bellé;
Beatrice Sisana;
(2022)
Galileo Galilei and the centers of gravity of solids: a reconstruction based on a newly discovered version of the conical frustum contained in manuscript UCLA 170/624
(/isis/citation/CBB607468098/)
Chapter
d'Hollander, Raymond;
(2003)
La théorie de la Loxodromie de Pedro Nunes
(/isis/citation/CBB000600178/)
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