Combinatorial methods in Algebraic Geometry - Revision history

Blekherman at 23:35, 19 December 2014

Blekherman — Fri, 19 Dec 2014 23:35:31 GMT

←Older revision		Revision as of 23:35, 19 December 2014
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	* A.Dickenstein (University of Buenos Aires)		* A.Dickenstein (University of Buenos Aires)
-	* A. Ito (University of Kyoto), Gauss maps of toric varieties	+	* A. Ito (University of Kyoto), "Gauss maps of toric varieties"
	* D. Maclagan (University of Warwick)		* D. Maclagan (University of Warwick)
	* B. Nill (University of of Stockholm)		* B. Nill (University of of Stockholm)
-	* L. Oeding (Auburn University), Staircase flattenings and the border rank of monomials	+	* L. Oeding (Auburn University), "Staircase flattenings and the border rank of monomials"
-	* E. Postinghel (Leuven), On the effective cone of $\mathbb{P}^n$ blown-up at $n+3$ points	+	* E. Postinghel (Leuven), "On the effective cone of $\mathbb{P}^n$ blown-up at $n+3$ points"
-	* B. Sturmfels (UC Berkeley), How to flatten a soccer ball	+	* B. Sturmfels (UC Berkeley), "How to flatten a soccer ball"
-	* G. Smith (Queens), Toric Vector Bundles	+	* G. Smith (Queens), "Toric Vector Bundles"

Blekherman at 23:34, 19 December 2014

Blekherman — Fri, 19 Dec 2014 23:34:18 GMT

←Older revision		Revision as of 23:34, 19 December 2014
Line 1:		Line 1:
-	* A.Dickenstein (Buenos Aires)	+	Combinatorial methods have shown to be fundamental in recent advance of Algebraic Geometry,
-	* A. Ito (Kyoto)	+	especially in developing algebra-geometrical methods towards applications. The theory of discriminants, tropical
-	* D. Maclagan (Warwick)	+	geometry and tensor decomposition are just some examples, well highlighted in this conference.
-	* B. Nill (U. of Stockholm)	+	The minisymposium will cover a broad range of applications of algebraic-geometrical theories where
-	* L. Oeding (Auburn)	+	combinatorial techniques play a fundamental role.
-	* E. Postinghel (Leuven)	+
-	* B. Sturmfels (Berkeley)	+	* A.Dickenstein (University of Buenos Aires)
-	* G. Smith (Queens)	+	* A. Ito (University of Kyoto), Gauss maps of toric varieties
		+	* D. Maclagan (University of Warwick)
		+	* B. Nill (University of of Stockholm)
		+	* L. Oeding (Auburn University), Staircase flattenings and the border rank of monomials
		+	* E. Postinghel (Leuven), On the effective cone of $\mathbb{P}^n$ blown-up at $n+3$ points
		+	* B. Sturmfels (UC Berkeley), How to flatten a soccer ball
		+	* G. Smith (Queens), Toric Vector Bundles

Blekherman: New page: * A.Dickenstein (Buenos Aires) * A. Ito (Kyoto) * D. Maclagan (Warwick) * B. Nill (U. of Stockholm) * L. Oeding (Auburn) * E. Postinghel (Leuven) * B. Sturmfels (Berkeley) * G. Smith (Que...

Blekherman — Sun, 14 Dec 2014 00:24:15 GMT

New page: * A.Dickenstein (Buenos Aires) * A. Ito (Kyoto) * D. Maclagan (Warwick) * B. Nill (U. of Stockholm) * L. Oeding (Auburn) * E. Postinghel (Leuven) * B. Sturmfels (Berkeley) * G. Smith (Que...

New page

* A.Dickenstein (Buenos Aires)
* A. Ito (Kyoto)
* D. Maclagan (Warwick)
* B. Nill (U. of Stockholm)
* L. Oeding (Auburn)
* E. Postinghel (Leuven)
* B. Sturmfels (Berkeley)
* G. Smith (Queens)