You're using an ancient browser to surf the modern web. Please update to the latest version (and don't use Internet Explorer!).

Leonardi.DB
a logical geometry project

Diagrams (4188 to 4212 of 5537)

Searching for diagrams matching all criteria ...

Diagram Source Date
(min⁠–⁠max)
Aristotelian Family
B.C.
(min⁠–⁠max)
Geometric Shape
http://purl.org/lg/diagrams/horn_2017_the-singular-square-contrariety-and_1ehk58mbk_p-173_1eprcgfmb The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 173, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_the-singular-square-contrariety-and_1ehk58mbk_p-173_1eprd10eq The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 173, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_the-singular-square-contrariety-and_1ehk58mbk_p-173_1eprd6g18 The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 173, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_the-singular-square-contrariety-and_1ehk58mbk_p-176_1eprdetkf The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 176, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_lie-toe-tease-double-negatives-and_1e00ioej9_p-94_1eq7m8csu Lie-toe-tease: double negatives and unexcluded middles, p. 94, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_lie-toe-tease-double-negatives-and_1e00ioej9_p-95_1eq7ogkmf Lie-toe-tease: double negatives and unexcluded middles, p. 95, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_lie-toe-tease-double-negatives-and_1e00ioej9_p-95_1eq7omhcc Lie-toe-tease: double negatives and unexcluded middles, p. 95, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_lie-toe-tease-double-negatives-and_1e00ioej9_p-96_1eq7q91ji Lie-toe-tease: double negatives and unexcluded middles, p. 96, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_lie-toe-tease-double-negatives-and_1e00ioej9_p-96_1eq7qcvui Lie-toe-tease: double negatives and unexcluded middles, p. 96, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_lie-toe-tease-double-negatives-and_1e00ioej9_p-97_1eq7qndc2 Lie-toe-tease: double negatives and unexcluded middles, p. 97, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_lie-toe-tease-double-negatives-and_1e00ioej9_p-97_1eq7qri6b Lie-toe-tease: double negatives and unexcluded middles, p. 97, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_lie-toe-tease-double-negatives-and_1e00ioej9_p-98_1eq7r5t40 Lie-toe-tease: double negatives and unexcluded middles, p. 98, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/horn_2017_lie-toe-tease-double-negatives-and_1e00ioej9_p-100_1eq7rfnrg Lie-toe-tease: double negatives and unexcluded middles, p. 100, by Horn, Laurence 2017 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/pfeifer-et-al-_2017_square-of-opposition-under_1dvdtgbms_p-412_1erjcqv53 Square of Opposition Under Coherence, p. 412, by Pfeifer, Niki; Sanfilippo, Giuseppe 2017 Classical Sigma-2 3 Square
http://purl.org/lg/diagrams/pfeifer-et-al-_2017_probabilistic-squares-and_1dr1kvrrg_p-283_1ets4gmdq Probabilistic squares and hexagons of opposition under coherence, p. 283, by Pfeifer, Niki; Sanfilippo, Giuseppe 2017 Classical Sigma-2 3 Square
http://purl.org/lg/diagrams/pfeifer-et-al-_2017_probabilistic-squares-and_1dr1kvrrg_p-283_1ets9m9fb Probabilistic squares and hexagons of opposition under coherence, p. 283, by Pfeifer, Niki; Sanfilippo, Giuseppe 2017 Jacoby-Sesmat-Blanché Sigma-3 3 Hexagon
http://purl.org/lg/diagrams/pfeifer-et-al-_2017_probabilistic-squares-and_1dr1kvrrg_p-286_1etsab46g Probabilistic squares and hexagons of opposition under coherence, p. 286, by Pfeifer, Niki; Sanfilippo, Giuseppe 2017 Classical Sigma-2 3 Square
http://purl.org/lg/diagrams/pfeifer-et-al-_2017_probabilistic-squares-and_1dr1kvrrg_p-288_1etsalorl Probabilistic squares and hexagons of opposition under coherence, p. 288, by Pfeifer, Niki; Sanfilippo, Giuseppe 2017 Classical Sigma-2 3 Square
http://purl.org/lg/diagrams/pfeifer-et-al-_2017_probabilistic-squares-and_1dr1kvrrg_p-289_1etsbkcob Probabilistic squares and hexagons of opposition under coherence, p. 289, by Pfeifer, Niki; Sanfilippo, Giuseppe 2017 A Single PCD 2 Square
http://purl.org/lg/diagrams/pfeifer-et-al-_2017_probabilistic-squares-and_1dr1kvrrg_p-289_1etsbrpkq Probabilistic squares and hexagons of opposition under coherence, p. 289, by Pfeifer, Niki; Sanfilippo, Giuseppe 2017 A Single PCD 2 Square
http://purl.org/lg/diagrams/pfeifer-et-al-_2017_probabilistic-squares-and_1dr1kvrrg_p-290_1etscf1bh Probabilistic squares and hexagons of opposition under coherence, p. 290, by Pfeifer, Niki; Sanfilippo, Giuseppe 2017 Jacoby-Sesmat-Blanché Sigma-3 3 Hexagon
http://purl.org/lg/diagrams/pfeifer-et-al-_2017_probabilistic-squares-and_1dr1kvrrg_p-292_1etscke2u Probabilistic squares and hexagons of opposition under coherence, p. 292, by Pfeifer, Niki; Sanfilippo, Giuseppe 2017 Jacoby-Sesmat-Blanché Sigma-3 3 Hexagon
http://purl.org/lg/diagrams/garcia-cruz_2017_aristotelian-relations-in-pdl-the_1dnch8op5_p-396_1eu182le5 Aristotelian Relations in PDL: The Hypercube of Dynamic Oppositions, p. 396, by García-Cruz, José David 2017 Buridan Sigma-4 6 Octagon
http://purl.org/lg/diagrams/garcia-cruz_2017_aristotelian-relations-in-pdl-the_1dnch8op5_p-411_1eu1cukef Aristotelian Relations in PDL: The Hypercube of Dynamic Oppositions, p. 411, by García-Cruz, José David 2017 Sigma-8 Graph Hexadecagon
http://purl.org/lg/diagrams/garcia-cruz_2017_aristotelian-relations-in-pdl-the_1dnch8op5_p-409_1eu1dhono Aristotelian Relations in PDL: The Hypercube of Dynamic Oppositions, p. 409, by García-Cruz, José David 2017 Sigma-8 Graph Cube
↑ Back to top ↑