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14C30 Algebraic geometry -- Cycles and subschemes -- Transcendental methods, Hodge theory, Hodge conjecture

14F05 Algebraic geometry -- (Co)homology theory -- Sheaves, derived categories of sheaves and related constructions

14A10 Algebraic geometry -- Foundations -- Varieties and morphisms

30F10 Functions of a complex variable -- Riemann surfaces -- Compact Riemann surfaces and uniformization

32Q15 Several complex variables and analytic spaces -- Complex manifolds -- Kähler manifolds En-ligne: Springerlink

Location | Call Number | Status | Date Due |
---|---|---|---|

Salle R | 03924-01 / 14 ARA (Browse Shelf) | Available |

Bibliogr. p. 321-326. Index

This textbook is a strong addition to existing introductory literature on algebraic geometry. The author’s treatment combines the study of algebraic geometry with differential and complex geometry and unifies these subjects using sheaf-theoretic ideas. It is also an ideal text for showing students the connections between algebraic geometry, complex geometry, and topology, and brings the reader close to the forefront of research in Hodge theory and related fields.

Unique features of this textbook:

- Contains a rapid introduction to complex algebraic geometry

- Includes background material on topology, manifold theory and sheaf theory

- Analytic and algebraic approaches are developed somewhat in parallel The presentation is easy going, elementary, and well illustrated with examples.

“Algebraic Geometry over the Complex Numbers” is intended for graduate level courses in algebraic geometry and related fields. It can be used as a main text for a second semester graduate course in algebraic geometry with emphasis on sheaf theoretical methods or a more advanced graduate course on algebraic geometry and Hodge Theory. (Source : Springer)

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