This monograph establishes a general context for the cohomological
use of Hironaka's theorem on the resolution of singularities. It
presents the theory of cubical hyperresolutions, and this yields
the cohomological properties of general algebraic varieties,
following Grothendieck's general ideas on descent as formulated by
Deligne in his method for simplicial cohomological descent. These
hyperresolutions are applied in problems concerning possibly
singular varieties: the monodromy of a holomorphic function defined
on a complex analytic space, the De Rham cohmomology of varieties
over a field of zero characteristic, Hodge-Deligne theory and the
generalization of Kodaira-Akizuki-Nakano's vanishing theorem to
singular algebraic varieties. As a variation of the same ideas, an
application of cubical quasi-projective hyperresolutions to
algebraic K-theory is given.
General
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