Algebraic geometry over the complex numbers
The book covers basic complex algebraic geometry. Here is the basic
outline
- Plane curves
- Manifolds and varieties via sheaves
- More sheaf theory
- Sheaf cohomology
- De Rham cohomology of manifolds
- Riemann surfaces
- Simplicial methods
- The Hodge theorem for Riemannian manifolds
- Toward Hodge theory for complex manifolds
- Kahler manifolds
- A little algebraic surface theory
- Hodge structures and homological methods
- Topology of families
- The hard Lefschetz theorem
- Coherent sheaves
- Cohomology of coherent sheaves
- Computations of some Hodge numbers
- Deformations and Hodge theory
- Analogies and conjectures
Further details can be found at official
website
for the book at Springer.
Errata
My thanks to Lizhen Qin for the first comment, and Sandor Kovacs for
the rest.
- p. 164. l.10 from the bottom: The definition of the approximate
heat kernel \(K_0\) is wrong as written. There should be an extra
cutoff factor: \[K_0(x,y,t) = (4 \pi t)^{-n/2}
e^{-\delta(x,y)^2/4t}\delta(x,y)^2\]
so that it dies off away from the diagonal.
- p.180, l.1: the 2nd and 4th _i should be _j
- p.180, l.4: at the end of the line "(X)" should be "_X"
- p.184, l.13: the third \(\partial\) should be \(\bar\partial\) and the third \(\bar\partial\) should be \(\partial\)
- p.185, displayed line in 10.2.6: second "q" should be "p", first "_Y" should be "_X"
- p.204: in the definition of a pure Hodge structure there is no \(H_{\mathbb C}\), just
an H. Then in two displayed equations on this page it appears.
- p.204, l.18: \(H^{pq}\) should be \(H^{p'q}\)
- pp.203-205: There is some inconsistency about the symbol H. It
should stand for the complex vector space and
\(H_{ \mathbb{Z}}\) for the lattice.
- p.205, l.5: in the definition of a direct sum of Hodge structures. There
shouldn't be a sum on the right side.
- p.208, l.12: \(\mathcal{H}\) should be regular \(H\).
- p.208, l.13-14: "I think here the superscript of the curly H''s should be p+q instead
of q, because the Gr^p's are supported at the p^th term, so you get a shift in
cohomology."
- p.208, end of proof of 12.2.4: something like "by Lemma 12.1.1"
should be added.
- p.214,l.1: ^p should be ^i
- p 215, 12.4.6: it should read "\(< \infty\)"
- p 221, l4, should be "Carlson"