Programme of Course "Istituzioni Di Geometria Superiore I"
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1. Course Objectives
The goal is to introduce the basic concepts of projective geometry, algebraic geometry and algebraic topology
2. Course Contents and learning outcomes (Dublin Descriptors)
Topics of the course include:
 Projective geometry: affine spaces and subspaces, affinities, projective spaces and subspaces, Grassmann formula, homogeneous coordinates, projective duality, projectivities, projective line and crossratio, projective classification of real and complex quadrics.
 Algebraic geometry: Zariski topology on the affine space and on the projective space, affine varieties and projective varieties, Hilbert Nullstellensatz, regular functions, dimension of an affine variety, morphisms and rational maps, smooth and singular points.
 Algebraic topology: path connected components of a topological space, homotopies, retractions and deformation retractions, homotopy of paths and fundamental group, local homeomorphisms and covering maps, lifitings, homotopy lifting property, the Borsuk Theorem and the Brouwer fixed point theorem, Van Kampen Theorem, fundamental groups of real and complex spheres and projective spheres, the universal covering space.
On successful completion of this course, the student should

have knowledge and understanding of basic projective geometry and basic algebraic geometry;

understand the fundamental concepts of algebraic topology;

demonstrate skill in mathematical reasoning and ability to conceive a proof;

understand and explain the meaning of complex statements using mathematical notation and language.
3. Course Prerequisites
The student must master the linear algebra, the general topology and the differential geometry taught in the courses Geometria A and Geometria B. He should also know the basic concepts of algebra.
4. Teaching methods and language
Lectures and exercises
Language:Italian
Reference textbooks
 M. C. Beltrametti, E. Carletti, D. Gllarati, G. M. Bragadin, Lezioni di geometria analitica e geometria proiettiva. Bollati Boringhieri.
 E. Sernesi, Geometria 1. Bollati Boringhieri.
 M. Manetti, Geometria Algebrica.
 F. Bottacin, Introduzione alla geometria algebrica.
 R. Hartshorne, Algebriac Geometry. Springer.
5. Assessment Methods
Written and oral exam
Course information last updated on: 21 gennaio 2019, 12:17