Thomas Hudson

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20122023

K

-theory - Determinantal and Pfaffian Formula -

32 citations · 84 across the 17 of their papers we have counts for

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math.AT2022

An algebraic $C_{2}$ -equivariant Bézout's theorem

Steven R. Costenoble, Thomas Hudson, Sean Tilson

Bézout's theorem, nonequivariantly, can be interpreted as a calculation of the Euler class of a sum of line bundles over complex projective space, expressing it in terms of the ran…

math.AT2018★ 5 cited

The $C_{2}$ -equivariant cohomology of complex projective spaces

Steven R. Costenoble, Thomas Hudson, Sean Tilson

We compute the equivariant cohomology of complex projective spaces associated to finite-dimensional representations of $C_{2}$ , using ordinary cohomology graded on representations of…

An algebraic C2​-equivariant Bézout's theorem

The C2​-equivariant cohomology of complex projective spaces

An algebraic $C_{2}$ -equivariant Bézout's theorem

The $C_{2}$ -equivariant cohomology of complex projective spaces