Browsing Oberwolfach Reports by MSC "14"
Now showing items 41-60 of 207
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0749 - Coding Theory
[OWR-2007-56] (2007) - (02 Dec - 08 Dec 2007)Coding theory lies naturally at the intersection of a large number of disciplines in pure and applied mathematics: algebra and number theory, probability theory and statistics, communication theory, discrete mathematics ... -
1012 - Combinatorial Representation Theory
[OWR-2010-15] (2010) - (21 Mar - 27 Mar 2010)The workshop brought together researchers from different fields in representation theory and algebraic combinatorics for a fruitful interaction. New results, methods and developments ranging from classical and modular ... -
1139 - Complex Algebraic Geometry
[OWR-2011-47] (2011) - (25 Sep - 01 Oct 2011)The conference focused on several classical and modern topics in the realm of complex algebraic geometry, such as moduli spaces, birational geometry and the minimal model program, Mirror symmetry and Gromov–Witten invariants, ... -
1322 - Complex Algebraic Geometry
[OWR-2013-27] (2013) - (26 May - 01 Jun 2013)The conference focused on several topics, classical and modern, in the classification theory of compact algebraic and Kähler varieties, and on several methods, from singularity theory, topology, homological algebra, Geometric ... -
0940 - Complex Algebraic Geometry
[OWR-2009-44] (2009) - (27 Sep - 03 Oct 2009)The Conference focused on several classical and novel theories in the realm of complex algebraic geometry, such as Algebraic surfaces, Moduli theory, Minimal Model Program, Abelian Varieties, Holomorphic Symplectic Varieties, ... -
2215b - Conic Linear Optimization for Computer-Assisted Proofs
[OWR-2022-20] (2022) - (10 Apr - 16 Apr 2022)From a mathematical perspective, optimization is the science of proving inequalities. In this sense, computational optimization is a method for computer-assisted proofs. Conic (linear) optimization is ... -
1912 - Contemporary Coding Theory
[OWR-2019-13] (2019) - (17 Mar - 23 Mar 2019)Coding Theory naturally lies at the intersection of a large number of disciplines in pure and applied mathematics. A multitude of methods and means has been designed to construct, analyze, and decode the resulting ... -
0605 - Convex and Algebraic Geometry
[OWR-2006-5] (2006) - (29 Jan - 04 Feb 2006)The subjects of convex and algebraic geometry meet primarily in the theory of toric varieties. Toric geometry is the part of algebraic geometry where all maps are given by monomials in suitable coordinates, and all equations ... -
1643 - Definability and Decidability Problems in Number Theory
[OWR-2016-49] (2016) - (23 Oct - 29 Oct 2016)This workshop brought together experts working on variations of Hilbert’s Tenth Problem and more general decidability issues for structures other than the ring of integers arising naturally in number theory and algebraic geometry. -
2124 - Enumerative Geometry of Surfaces (hybrid meeting)
[OWR-2021-28] (2021) - (13 Jun - 19 Jun 2021)The recent developments in hyperbolic geometry and flat geometry in real dimension $2$ formed the core of the workshop, with an emphasis on enumerative aspects. A particularly important role in this regard was played by ... -
0911 - Enveloping Algebras and Geometric Representation Theory
[OWR-2009-15] (2009) - (08 Mar - 14 Mar 2009)The meeting brought together experts investigating Lie theory from the geometric, algebraic and combinatorial points of view to discuss recent progress and bring forward the research in this area by fostering scientific ... -
1520 - Enveloping Algebras and Geometric Representation Theory
[OWR-2015-25] (2015) - (10 May - 16 May 2015)The workshop brought together experts investigating algebraic Lie theory from the geometric and categorical viewpoints. -
1210 - Enveloping Algebras and Geometric Representation Theory
[OWR-2012-13] (2012) - (04 Mar - 10 Mar 2012)The workshop brought together experts investigating algebraic Lie theory from the geometric and combinatorial points of view. -
1129 - Explicit Methods in Number Theory
[OWR-2011-35] (2011) - (17 Jul - 23 Jul 2011)These notes contain extended abstracts on the topic of explicit methods in number theory. The range of topics includes the Sato-Tate conjecure, Langlands programme, function fields, L-functions and many other topics. -
1528 - Explicit Methods in Number Theory
[OWR-2015-32] (2015) - (05 Jul - 11 Jul 2015)The aim of the series of Oberwolfach meetings on ‘Explicit methods in number theory’ is to bring together people attacking key problems in number theory via techniques involving concrete or computable descriptions. Here, ... -
1329 - Explicit Methods in Number Theory
[OWR-2013-35] (2013) - (14 Jul - 20 Jul 2013)These notes contain extended abstracts on the topic of explicit methods in number theory. The range of topics includes effectiveness in rational points on curves and especially on modular curves, modularity, L-functions, ... -
0529 - Explicit Methods in Number Theory
[OWR-2005-32] (2005) - (17 Jul - 23 Jul 2005)These notes contain extended abstracts on the topic of explicit methods in number theory. The range of topics included modular forms, varieties over finite fields, rational and integral points on varieties, class groups, ... -
0729 - Explicit Methods in Number Theory
[OWR-2007-34] (2007) - (15 Jul - 21 Jul 2007)These notes contain extended abstracts on the topic of explicit methods in number theory. The range of topics includes asymptotics for field extensions and class numbers, random matrices and L-functions, rational points ... -
0929 - Explicit Methods in Number Theory
[OWR-2009-33] (2009) - (12 Jul - 18 Jul 2009)These notes contain extended abstracts on the topic of explicit methods in number theory. The range of topics includes asymptotics for field extensions and class numbers, random matrices and L-functions, rational points on ... -
1619 - Factorization Algebras and Functorial Field Theories
[OWR-2016-25] (2016) - (08 May - 14 May 2016)Factorization algebras are a new mathematical approach to quantum field theory. They are related to functorial field theories, another approach to quantum field theory. Factorization algebras also figure in current research ...