Moduli space

Results: 203



#Item
71A PROOF OF THE RIEMANN HYPOTHESIS I  Louis de Branges* Abstract. A proof of the Riemann hypothesis is obtained for zeta functions generated in Fourier analysis on fields and skew–fields. The fields are the complex plan

A PROOF OF THE RIEMANN HYPOTHESIS I Louis de Branges* Abstract. A proof of the Riemann hypothesis is obtained for zeta functions generated in Fourier analysis on fields and skew–fields. The fields are the complex plan

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Source URL: www.math.purdue.edu

Language: English - Date: 2014-12-17 09:44:58
72Topological Matrix Models Sunil Mukhi Tata Institute of Fundamental Research, Mumbai, India June, Les Houches School on Random Matrices

Topological Matrix Models Sunil Mukhi Tata Institute of Fundamental Research, Mumbai, India June, Les Houches School on Random Matrices

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Source URL: theory.tifr.res.in

Language: English - Date: 2011-06-02 01:39:36
73CURRICULUM VITAE Søren Galatius Department of Mathematics Stanford University, Bldg. 380 Stanford, CA 94305, USA

CURRICULUM VITAE Søren Galatius Department of Mathematics Stanford University, Bldg. 380 Stanford, CA 94305, USA

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Source URL: math.stanford.edu

Language: English - Date: 2014-08-11 22:53:42
74Satake compactications, Lattices and Schottky problem Giulio Codogni University of Cambridge Selwyn College

Satake compactications, Lattices and Schottky problem Giulio Codogni University of Cambridge Selwyn College

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Source URL: ricerca.mat.uniroma3.it

Language: English - Date: 2014-06-09 03:35:57
75A natural smooth compactification of the space of elliptic curves in projective space via blowing up the space of stable maps Ravi Vakil and Aleksey Zinger The moduli space of stable maps Mg,k (X, β) to a complex projec

A natural smooth compactification of the space of elliptic curves in projective space via blowing up the space of stable maps Ravi Vakil and Aleksey Zinger The moduli space of stable maps Mg,k (X, β) to a complex projec

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Source URL: math.stanford.edu

Language: English - Date: 2006-07-13 09:52:48
76THE MODULI SPACE OF CURVES, DOUBLE HURWITZ NUMBERS, AND FABER’S INTERSECTION NUMBER CONJECTURE I. P. GOULDEN, D. M. JACKSON AND R. VAKIL Abstract. We define the dimension 2g − 1 Faber-Hurwitz Chow/homology classes on

THE MODULI SPACE OF CURVES, DOUBLE HURWITZ NUMBERS, AND FABER’S INTERSECTION NUMBER CONJECTURE I. P. GOULDEN, D. M. JACKSON AND R. VAKIL Abstract. We define the dimension 2g − 1 Faber-Hurwitz Chow/homology classes on

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Source URL: math.stanford.edu

Language: English - Date: 2009-04-10 18:17:48
77THE MODULI SPACE OF CURVES AND GROMOV-WITTEN THEORY RAVI VAKIL A BSTRACT. The goal of this article is to motivate and describe how Gromov-Witten theory can and has provided tools to understand the moduli space of curves.

THE MODULI SPACE OF CURVES AND GROMOV-WITTEN THEORY RAVI VAKIL A BSTRACT. The goal of this article is to motivate and describe how Gromov-Witten theory can and has provided tools to understand the moduli space of curves.

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Source URL: math.stanford.edu

Language: English - Date: 2006-05-26 15:48:29
78CURRICULUM VITAE TYLER J. JARVIS Education. Ph.D: M.A:

CURRICULUM VITAE TYLER J. JARVIS Education. Ph.D: M.A:

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Source URL: math.byu.edu

Language: English - Date: 2013-10-24 10:54:25
79ABSOLUTE GALOIS ACTS FAITHFULLY ON THE COMPONENTS OF THE MODULI SPACE OF SURFACES: A BELYI-TYPE THEOREM IN HIGHER DIMENSION ROBERT W. EASTON AND RAVI VAKIL A BSTRACT. Given an object over Q, there is often no reason for

ABSOLUTE GALOIS ACTS FAITHFULLY ON THE COMPONENTS OF THE MODULI SPACE OF SURFACES: A BELYI-TYPE THEOREM IN HIGHER DIMENSION ROBERT W. EASTON AND RAVI VAKIL A BSTRACT. Given an object over Q, there is often no reason for

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Source URL: math.stanford.edu

Language: English - Date: 2007-07-31 17:36:23
80MURPHY’S LAW IN ALGEBRAIC GEOMETRY: BADLY-BEHAVED DEFORMATION SPACES RAVI VAKIL A BSTRACT. We consider the question: “How bad can the deformation space of an object be?” The answer seems to be: “Unless there is s

MURPHY’S LAW IN ALGEBRAIC GEOMETRY: BADLY-BEHAVED DEFORMATION SPACES RAVI VAKIL A BSTRACT. We consider the question: “How bad can the deformation space of an object be?” The answer seems to be: “Unless there is s

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Source URL: math.stanford.edu

Language: English - Date: 2005-07-07 21:44:12