Cluster growth for Bernoulli site percolation on a cubic lattice
Submitted by Nils Berglund on
The connected component of one face for Bernoulli site percolation on a cubic lattice, for increasing parameter p and different lattice sizes.
Submitted by Nils Berglund on
The connected component of one face for Bernoulli site percolation on a cubic lattice, for increasing parameter p and different lattice sizes.
Submitted by Nils Berglund on
Backwards zooms for Bernoulli site percolation on a lattice of triangles
Submitted by Nils Berglund on
Backwards zooms for Bernoulli site percolation on a honeycomb lattice
Submitted by Nils Berglund on
Bernoulli site percolation on a Poisson disc process, for different lattice sizes. Open clusters are colored according to their size.
Submitted by Nils Berglund on
Bernoulli site percolation on a Poisson disc process, for different lattice sizes.
Submitted by Nils Berglund on
Bernoulli bond percolation on a square lattice, for different lattice sizes. Open clusters are colored according to their size.
Submitted by Nils Berglund on
Bernoulli site percolation on a lattice of equilateral triangles (whose centers form a hexagonal lattice), for different lattice sizes. Open clusters are colored according to their size.
Submitted by Nils Berglund on
Bernoulli site percolation on a honeycomb lattice, for different lattice sizes. Open clusters are colored according to their size.
Submitted by Samuel Lelièvre on
Diplotori are polyhedra “of genus one” (that is, “with one hole”, like a buoy or a donut) which are “flat” in the sense that the total angle at each vertex is exactly 360 degrees.
Submitted by Nils Berglund on
Bernoulli bond percolation on a honeycomb lattice, for different lattice sizes. Open clusters are shown in different colors.