Torra-Mattenklott, Caroline (Author)
In his Philosophia practica universalis (1738--39), Christian Wolff proposes a mathematical theory of moral action that includes his statements on the Aesopian fable. As a sort of moral example, Wolff claims, the fable is an appropriate means to influence human conduct because it conveys general truths to intuition. This didactic concept is modeled on the geometrical figure: Just as students intuit mathematical demonstrations by looking at figures on a blackboard, one can learn how to execute complex actions by listening to a fable. Wolff's scientific fable theory met with an ambivalent reception. Lessing, who in his fable treatises re-translates Wolff's suggestions into the conceptual framework of poetics, interprets the geometric model as a stylistic ideal. The famous passage on Homer's successive descriptions in Lessing's Laokoon can be seen as another attempt to apply the representational model of geometry to literature. Herder, reading Wolff in a way that might be called deconstructive, replaces Wolff's geometric theory of poetry by a poetic anthropology of geometry.
...MoreArticle Naumann, Barbara (2005) Introduction: Science and Literature. Science in Context (p. 511).
Article
Kleinknecht, Thomas;
(1999)
“Reise der Aufklärung”: Selbstverortung, Empirie und epistemischer Diskurs bei Herder, Lessing, Lichtenberg und anderen
(/isis/citation/CBB000081948/)
Book
Amanda Jo Goldstein;
(2017)
Sweet Science: Romantic Materialism and the New Logics of Life
(/isis/citation/CBB350652099/)
Article
Dunlop, Katherine;
(2013)
Mathematical Method and Newtonian Science in the Philosophy of Christian Wolff
(/isis/citation/CBB001320268/)
Article
Rachel Trubowitz;
(2017)
Reading Milton and Newton in the Radical Reformation: Poetry, Mathematics, and Religion
(/isis/citation/CBB040242782/)
Article
Daiber, Jürgen;
(1996)
Lessing und das naturwissenschaftliche Experiment
(/isis/citation/CBB000078999/)
Article
Daiber, Jürgen;
(1997)
“Der Dichtern nöthge Geist, der Möglichkeiten dichtet”: Lessing und das naturwissenschafliche Experiment
(/isis/citation/CBB000081763/)
Chapter
Carlo Casolo;
(2018)
La Biblioteca Universale
(/isis/citation/CBB604701261/)
Thesis
Kassenbrock, Brian W.;
(2009)
Novalis and the Two Cultures: The Chiasmic Discourse of Mathematics, Philosophy and Poetics
(/isis/citation/CBB001562853/)
Book
Matthew Wickman;
(2016)
Literature After Euclid: The Geometric Imagination in the Long Scottish Enlightenment
(/isis/citation/CBB932449151/)
Article
MacKenzie, Scott R.;
(2014)
Sexual Arithmetic: Appetite and Consumption in The Way of the World
(/isis/citation/CBB001201791/)
Chapter
Lucia Perrone Capano;
(2018)
Matematica e poesia in Novalis
(/isis/citation/CBB167275306/)
Article
Laura Follesa;
(2022)
Cosmology, Astronomy, and Philosophy around 1800: Schelling, Hegel, Herder
(/isis/citation/CBB953612756/)
Book
Saulo de Freitas Araujo;
Thiago Constâncio Ribeiro Pereira;
Thomas Sturm;
(2021)
The Force of an Idea: New Essays on Christian Wolff's Psychology
(/isis/citation/CBB604272093/)
Article
Ahnert, Thomas J.;
(2004)
Newtonianism in Early Enlightenment Germany, ca. 1720 to 1750: Metaphysics and the Critique of Dogmatic Philosophy
(/isis/citation/CBB000471141/)
Article
Friedman, William E.;
Diggle, Pamela K.;
(2011)
Charles Darwin and the Origins of Plant Evolutionary Developmental Biology
(/isis/citation/CBB001320692/)
Article
Park, Jeongwoo;
(2007)
Le Débat Wolffien Sur L'Idéalisme de Leibniz Lors de la Première Diffusion de la Monadologie Latine
(/isis/citation/CBB001252097/)
Article
Lorenz, Martina;
(1986)
Der Beitrag Christian Wolffs zur Rezeption von Grundprinzipien der Mechanik Newtons in Deutschland zu Beginn des 18. Jahrhunderts
(/isis/citation/CBB000061576/)
Article
Lorenz, Martina;
(1988)
Der Beitrag Christian Wolffs (1679-1754) zur Herausbildung der Wärmelehre als Teilgebiet der Physik im 18. Jahrhundert
(/isis/citation/CBB000055079/)
Thesis
Muriel-Solorzano, Veronica;
(2013)
Early Modern Arguments for Scientific Knowledge of Nature as a Moral Duty
(/isis/citation/CBB001567429/)
Book
Nataša Raschi;
(2020)
La langue des mathématiques chez Diderot
(/isis/citation/CBB984952533/)
Be the first to comment!