3noid (made by Sato Katsunori)
4noid (made by Sato Katsunori)
5noid (made by Sato Katsunori)
genus 1 minimal trinoid (made by Jorgen Berglund
using MESH software)
For information about MESH software, please go to the
MSRI web site .
genus 7 minimal surface (made by Jorgen Berglund
using MESH software)
the octoid (made by Jorgen Berglund
using MESH software)
higher genus octoid (made by Jorgen Berglund
using MESH software)
prismoid (made using MESH software)
higher genus prismoid (made using MESH software)
tetroid (made by Jorgen Berglund
using MESH software)
trinoid with two extra ends (made using
MESH software)
trinoid (made by Jorgen Berglund
using MESH software)
6-noid with alternating weights (made
using MESH software)
genus 1 helicoid (made by Wei Fusheng and David
Hoffman and Hermann Karcher using MESH software)
triply periodic example (made
by Karsten Grosse Braukmann in Bonn)
For more on SFB256, please see the
SFB256 web site
double Enneper surface (a picture from
SFB256 in Bonn)
Scherk tower with 6 ends (another picture from
SFB256 in Bonn)
Scherk tower with 6 ends plus handles (another
picture from SFB256 in Bonn)
Riemann staircase (another picture from
SFB256 in Bonn)
triply periodic minimal surface (another picture
from SFB256 in Bonn)
genus 1 Costa surface
genus 2 Costa surface
genus 3 Costa surface
See also
Geometry Project on Surfaces , a web page by Shimpei
Kobayashi, Shoichi Fujimori and Yuji Morikawa.