Introduction -- Fundamental examples of the polynomial method -- Why polynomials? -- Polynomial method in error-correcting codes -- On polynomials and linear algebra in combinatorics -- Bezout theorem -- Incidence geometry -- Incidence geometry in three dimensions -- Partial symmetrics -- Polynomial partitioning -- Combinatoral structure, algebraic structure, and geometric structure -- An incidence bound for lines in three diemnsions -- Ruled surfaces and projection theory -- Polynomial method in differential geometry -- harmonic analysis and the Kakeya problem -- Polynomial method in number theory.
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TOPICAL NAME USED AS SUBJECT
Combinatorial geometry.
Geometry, Algebraic.
Polynomials.
Algebraische Geometrie
Combinatorial geometry.
Combinatorics-- Extremal combinatorics-- None of the above, but in this section.