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Erdos-Stone Theorem

Combinatorics and Graph Theory

The Erdos-Stone Theorem gives the asymptotic maximum number of edges a graph on n vertices can have while still avoiding a fixed forbidden subgraph, expressing that maximum as a fraction of the total possible edges determined by the forbidden subgraph's chromatic number, plus a smaller error term that vanishes as n grows. Named for Paul Erdos and Arthur Stone, it is the central asymptotic result of extremal graph theory, extending the earlier Turan's Theorem, which addresses only the special case of forbidding a complete graph.

Facts
Statement
The Erdos-Stone theorem is an asymptotic result generalising Turan's theorem to bound the number of edges in an H-free graph for a non-complete graph H. 1
Proof Year
1946 1
Classification
Statement Form
Inequality 1
Connections

Proved By

Sources
1. Erdos-Stone theorem, Wikipedia
  • Lead section
    the Erdos-Stone theorem is an asymptotic result generalising Turan's theorem to bound the number of edges in an H-free graph for a non-complete graph H.
  • References section
    Erdos, P.; Stone, A. H. (1946). On the structure of linear graphs. Bulletin of the American Mathematical Society, 52(12): 1087-1091.
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