<--- Back to Details
First PageDocument Content
Real algebraic geometry / Algebraic topology / Betti number / Topological graph theory / Combinatorics / Polynomial / Algebraic variety / Semialgebraic set / Algebra / Abstract algebra / Mathematics / Geometry
Date: 2002-06-15 06:44:41
Real algebraic geometry
Algebraic topology
Betti number
Topological graph theory
Combinatorics
Polynomial
Algebraic variety
Semialgebraic set
Algebra
Abstract algebra
Mathematics
Geometry

1 New bounds for Betti numbers of

Add to Reading List

Source URL: www.math.purdue.edu

Download Document from Source Website

File Size: 233,64 KB

Share Document on Facebook

Similar Documents

Kazhdan’s Theorem on Arithmetic Varieties J.S. Milne Abstract. Define an arithmetic variety to be the quotient of a bounded symmetric domain by an arithmetic group. An arithmetic variety is algebraic, and the theorem

DocID: 1ueXp - View Document

EVERY CONNECTED SUM OF LENS SPACES IS A REAL COMPONENT OF A UNIRULED ALGEBRAIC VARIETY ´ ERIC ´ JOHANNES HUISMAN AND FRED MANGOLTE

DocID: 1s41l - View Document

COHOMOLOGY OF LINE BUNDLES ON THE FLAG VARIETY FOR TYPE G2 HENNING HAAHR ANDERSEN AND KANEDA MASAHARU Abstract. In the case of an almost simple algebraic group G of type G2 over a field of characteristic p > 0 we study

DocID: 1rDOu - View Document

Mathematics / Algebra / Geometry / Algebraic geometry / Algebraic variety / Projective variety / Polynomial / Basis

Lower Bounds for Zero-Dimensional Projections W. Dale Brownawell1 Chee K. Yap2,3

DocID: 1rsHI - View Document

Geometry / Algebraic geometry / Abstract algebra / Algebra / CalabiYau manifold / Projective variety / Birational geometry / Fano variety / Lunch / Ample line bundle

Microsoft Word - ProgramGVA2016

DocID: 1rrA7 - View Document