WebJun 17, 2008 · Chromogeometry and relativistic conics N. J. Wildberger This paper shows how a recent reformulation of the basics of classical geometry and trigonometry reveals a three-fold symmetry between Euclidean and non-Euclidean (relativistic) planar geometries. We apply this chromogeometry to look at conics in a new light. Submission … WebNov 25, 2015 · Chromogeometry refers to a new discovery in planar geometry: that there is a three-fold symmetry between the blue, red …

Chromogeometry arXiv:0806.3617v1 [math.MG] 23 Jun 2008

WebThis paper shows how a recent reformulation of the basics of classical geometry and trigonometry reveals a three-fold symmetry between Euclidean and non-Euclidean (relativistic) planar geometries. We apply this chromogeometry to look at conics in a n... WebChromogeometry brings together Euclidean geometry (called blue) and two relativistic geometries (called red and green), in a surprising three-fold symmetry. We show how the red and green ‘Euler lines’ and ‘nine-point circles’ of a triangle interact with the usual blue ones, and how the three orthocenters form an associated triangle with interesting … inc why are people quitting

chronogeometry - Wiktionary

WebChromogeometry. Chromogeometry brings together Euclidean geometry (called blue ) and two relativistic geometries (called red and green). YouTube video : An … WebHowever there are some aspects of chromogeometry in which this symmetry is broken. The blue geometry as we shall see behaves somewhat differently from the red and the green in certain contexts, and when we come to explicit formulas we will see that the green geometry is often simpler. The red geometry seems less inclined to distinguish itself. 5 in browser discord