A symmetry-invariant method for 3D lattice equations produces tetrahedron maps, including new vector, non-commutative, and entwining examples.
Quadrangular sets in projective line and in Moebius space, and geometric interpretation of the non-commutative discrete Schwarzian Kadomtsev-Petviashvili equation
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abstract
We present geometric interpretation of the discrete Schwarzian Kadomtsev-Petviashvili equation in terms of quadrangular set of points of a projective line. We give also the corresponding interpretation for the projective line considered as a Moebius chain space. In this way we incorporate the conformal geometry interpretation of the equation into the projective geometry approach via Desargues maps.
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Tetrahedron maps and symmetries of three dimensional integrable discrete equations
A symmetry-invariant method for 3D lattice equations produces tetrahedron maps, including new vector, non-commutative, and entwining examples.