Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q5133085> ?p ?o }
Showing triples 1 to 28 of
28
with 100 triples per page.
- Q5133085 subject Q7114451.
- Q5133085 subject Q7413897.
- Q5133085 abstract "In elliptic geometry, two lines are Clifford parallel or paratactic lines if the perpendicular distance between them is constant from point to point. The concept was first studied by William Kingdon Clifford in elliptic space. Since parallel lines have the property of equidistance, the term "parallel" was appropriated from Euclidean geometry, but in fact the "lines" of elliptic geometry are curves, and they have finite length, unlike the lines of Euclidean geometry. The algebra of quaternions provides a descriptive geometry of elliptic space in which Clifford parallelism is made explicit.".
- Q5133085 wikiPageExternalLink fubini_-_clifford_parallelism.pdf.
- Q5133085 wikiPageWikiLink Q12998.
- Q5133085 wikiPageWikiLink Q1332450.
- Q5133085 wikiPageWikiLink Q1627604.
- Q5133085 wikiPageWikiLink Q162886.
- Q5133085 wikiPageWikiLink Q173853.
- Q5133085 wikiPageWikiLink Q188444.
- Q5133085 wikiPageWikiLink Q2108217.
- Q5133085 wikiPageWikiLink Q2518235.
- Q5133085 wikiPageWikiLink Q289206.
- Q5133085 wikiPageWikiLink Q323228.
- Q5133085 wikiPageWikiLink Q370287.
- Q5133085 wikiPageWikiLink Q5133090.
- Q5133085 wikiPageWikiLink Q5314611.
- Q5133085 wikiPageWikiLink Q53875.
- Q5133085 wikiPageWikiLink Q5536864.
- Q5133085 wikiPageWikiLink Q7114451.
- Q5133085 wikiPageWikiLink Q726764.
- Q5133085 wikiPageWikiLink Q7413897.
- Q5133085 wikiPageWikiLink Q78448.
- Q5133085 wikiPageWikiLink Q840376.
- Q5133085 wikiPageWikiLink Q912887.
- Q5133085 wikiPageWikiLink Q938622.
- Q5133085 comment "In elliptic geometry, two lines are Clifford parallel or paratactic lines if the perpendicular distance between them is constant from point to point. The concept was first studied by William Kingdon Clifford in elliptic space. Since parallel lines have the property of equidistance, the term "parallel" was appropriated from Euclidean geometry, but in fact the "lines" of elliptic geometry are curves, and they have finite length, unlike the lines of Euclidean geometry.".
- Q5133085 label "Clifford parallel".