{6,3,3}
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0:27
{infinity,3,3}by mgoerner176 views- 2:26
Hyperbolic circleby MathRehab4,520 views
- 0:24
Rotation around small hyperbolic cylinderby HenrikRuep279 views
- 8:22
Not Knot (Part 2/2)by britoca43,144 views
- 3:01
Hyperbolic Geometry in Artby dmhayse1,674 views
- 0:22
Hyperbolic space tesselated with cubesby HenrikRuep910 views
- 7:58
Not Knot (Part 1/2)by britoca53,261 views
- 0:18
Hyperbolic space tesselated with dodecahedronsby HenrikRuep338 views
- 6:41
Sacred Geometry 101B: The Vesica Piscisby CGimaging184,334 views
- 0:17
Hyperbolic space tesselated with dodecahedronsby HenrikRuep1,249 views
- 3:19
Some Non-Euclidean Geometry from Thinkwell Calculus - Previewby ThinkwellVids6,918 views
- 0:08
The Banach-Tarski Paradoxby wolframmathematica20,343 views
- 3:21
The Hyperbolic Geometry Songby Jasmerrin41,553 views
- 1:16
circull touchby sdfsdfafsd224 views
- 0:16
Poincare Hyperbolic Diskby wolframmathematica2,367 views
- 2:25
BBC2 Open University Closedown - Wednesday 9th August 1995by SozLike5,712 views
- 1:10
Nested cylinders round vortexby TwistedWaterStarter7,021 views
- 0:38
The Alexander Sphereby bothmer98,201 views
- 0:14
AngelsDevils-iso-geo.2.1by MathRehab345 views
- 0:37
Panoramic Rendering - Hyperbolic Panoramaby AntiProtonBoy527 views
Each of the red spheres is a horosphere, i.e. a "sphere around" a point in infinity. In the Poincare model, it is a sphere just touching the boundary of the Poincare ball. The geometry on it is Euclidean.
mgoerner 1 year ago