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Combinatorial Nullstellensatz - With Applications to Graph Colouring (Hardcover)
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Combinatorial Nullstellensatz - With Applications to Graph Colouring (Hardcover)
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Combinatorial Nullstellensatz is a novel theorem in algebra
introduced by Noga Alon to tackle combinatorial problems in diverse
areas of mathematics. This book focuses on the applications of this
theorem to graph colouring. A key step in the applications of
Combinatorial Nullstellensatz is to show that the coefficient of a
certain monomial in the expansion of a polynomial is nonzero. The
major part of the book concentrates on three methods for
calculating the coefficients: Alon-Tarsi orientation: The task is
to show that a graph has an orientation with given maximum
out-degree and for which the number of even Eulerian sub-digraphs
is different from the number of odd Eulerian sub-digraphs. In
particular, this method is used to show that a graph whose edge set
decomposes into a Hamilton cycle and vertex-disjoint triangles is
3-choosable, and that every planar graph has a matching whose
deletion results in a 4-choosable graph. Interpolation formula for
the coefficient: This method is in particular used to show that
toroidal grids of even order are 3-choosable, r-edge colourable
r-regular planar graphs are r-edge choosable, and complete graphs
of order p+1, where p is a prime, are p-edge choosable.
Coefficients as the permanents of matrices: This method is in
particular used in the study of the list version of vertex-edge
weighting and to show that every graph is (2,3)-choosable. It is
suited as a reference book for a graduate course in mathematics.
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