Dirac's theorem
(Redirected from Dirac's Theorem)
Dirac's theorem may refer to:
- Dirac's theorem on Hamiltonian cycles, the statement that an Template:Mvar-vertex graph in which each vertex has degree at least Template:Math must have a Hamiltonian cycle
- Dirac's theorem on chordal graphs, the characterization of chordal graphs as graphs in which all minimal separators are cliques
- [[Dirac's theorem on cycles in k-connected graphs|Dirac's theorem on cycles in Template:Mvar-connected graphs]], the result that for every set of Template:Mvar vertices in a Template:Mvar-vertex-connected graph there exists a cycle that passes through all the vertices in the set
See also
- Gabriel Andrew Dirac (1925–1984), a graph theorist after whom these three theorems were named
- Paul Dirac (1902–1984), a mathematical physicist
- Dirac equation in particle physics
- Dirac large numbers hypothesis relating the size scale of the universe to the scales between different physical forces