PROPERTIES OF SCHEMES Contents 1. Introduction 2. Constructible sets 3. Integral, irreducible, and reduced schemes

First Page		Document Content
Date: 2015-04-15 15:08:50 Scheme theory Commutative algebra General topology Ring theory Noetherian topological space Spectrum of a ring Zariski topology Coherent sheaf Irreducible component Abstract algebra Algebraic geometry Algebra		PROPERTIES OF SCHEMES Contents 1. Introduction 2. Constructible sets 3. Integral, irreducible, and reduced schemes Add to Reading List Source URL: stacks.math.columbia.edu Download Document from Source Website File Size: 456,57 KB Share Document on Facebook

	Zariski structures and noncommutative geometry B. Zilber University of Oxford http://www.people.maths.ox.ac.uk/ ∼zilber: Zariki Geometries (forthcoming book); A class of quantum Zariski geometries; DocID: 1rq8r - View Document
	PROPERTIES OF SCHEMES Contents 1. Introduction 2. Constructible sets 3. Integral, irreducible, and reduced schemes DocID: 11XMY - View Document
	Internat. J. Math. & Math. Sci. Vol. 8 No[removed]197 DocID: RzS0 - View Document
	Zariski Geometries Geometry from the logician’s point of view Boris Zilber 20 March 2009 DocID: Rsej - View Document
	Algebraic Geometry I Fall 2013 Eduard Looijenga Rings are always supposed to possess a unit element 1 and a ring homomorphism will always take unit to unit. We allow that 1 = 0, but in that case we get of course the zer DocID: Nx8r - View Document