Now showing items 21-40 of 116

• #### 2030 - Arithmetic Geometry (hybrid meeting) ﻿

[OWR-2020-20] (2020) - (19 Jul - 25 Jul 2020)
Arithmetic geometry is at the interface between algebraic geometry and number theory, and studies schemes over the ring of integers of number fields, or their $p$-adic completions, and connects with representation theory, ...
• #### 1123 - Arithmetic Groups vs. Mapping Class Groups: Similarities, Analogies and Differences ﻿

[OWR-2011-30] (2011) - (05 Jun - 11 Jun 2011)
Arithmetic groups arise naturally in many fields such as number theory, algebraic geometry, and analysis. Mapping class groups arise in both low dimensional topology and geometric group theory. They have been studied ...
• #### 1903 - Arithmetic of Shimura Varieties ﻿

[OWR-2019-2] (2019) - (13 Jan - 19 Jan 2019)
Arithmetic properties of Shimura varieties are an exciting topic which has roots in classical topics of algebraic geometry and of number theory such as modular curves and modular forms. This very active research field has ...
• #### 1736 - Automorphic Forms and Arithmetic ﻿

[OWR-2017-40] (2017) - (03 Sep - 09 Sep 2017)
The workshop brought together leading experts and young researchers at the interface of automorphic forms and analytic number theory to disseminate, discuss and develop important recent methods and results. A particular ...
• #### 2036 - Automorphic Forms and Arithmetic (hybrid meeting) ﻿

[OWR-2020-26] (2020) - (30 Aug - 05 Sep 2020)
The workshop was at the interface of automorphic forms and analytic number theory. The aim was to disseminate, discuss and develop important new methods and results in the analytic theory of automorphic forms, in particular ...
• #### 0806 - Automorphic Forms, Geometry and Arithmetic ﻿

[OWR-2008-5] (2008) - (03 Feb - 09 Feb 2008)
• #### 1110 - Automorphic Forms: New Directions ﻿

[OWR-2011-14] (2011) - (06 Mar - 12 Mar 2011)
The workshop on Automorphic Forms: New Directions provided a nice glimpse of the many streams of current research activity in this very active area. Topics included the relative trace formula and periods of automorphic ...
• #### 0739 - Coagulation and Fragmentation Models ﻿

[OWR-2007-46] (2007) - (23 Sep - 29 Sep 2007)
Analysis of coagulation and fragmentation is crucial to understanding many processes of scientific and industrial importance. In recent years this has led to intensified research activities in the areas of differential ...
• #### 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 ...
• #### 1631 - Computational Group Theory ﻿

[OWR-2016-37] (2016) - (31 Jul - 06 Aug 2016)
This was the seventh workshop on Computational Group Theory. It showed that Computational Group Theory has significantly expanded its range of activities. For example, symbolic computations with groups and their representations ...
• #### 1131 - Computational Group Theory ﻿

[OWR-2011-37] (2011) - (31 Jul - 06 Aug 2011)
This sixth workshop on Computational Group Theory proved that its main themes “finitely presented groups”, “$p$-groups”, “matrix groups” and “representations of groups” are lively and active fields of research. The talks ...
• #### 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 ...
• #### 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.
• #### 1615 - Diophantische Approximationen ﻿

[OWR-2016-21] (2016) - (10 Apr - 16 Apr 2016)
This number theoretic conference was focused on a broad variety of subjects in (or closely related to) Diophantine approximation, including the following: metric Diophantine approximation, Mahler’s method in transcendence, ...
• #### 0716 - Diophantische Approximationen ﻿

[OWR-2007-21] (2007) - (15 Apr - 21 Apr 2007)
This Number Theoretic conference was focused on the following subjects: the Subspace Theorem and its ramifications and applications, heights of subvarieties of group varieties, effective methods for solution of diophantine ...
• #### 1217a - Diophantische Approximationen ﻿

[OWR-2012-22] (2012) - (22 Apr - 28 Apr 2012)
This Number Theoretic conference was focused on the following subjects: the Littlewood conjecture, simultaneous homogeneous and inhomogeneous Diophantine approximation, geometry of numbers, irrationality, Diophantine ...
• #### Equidistribution of Elements of Norm 1 in Cyclic Extensions ﻿

[OWP-2014-13] (Mathematisches Forschungsinstitut Oberwolfach, 2014-08-20)
Upon quotienting by units, the elements of norm 1 in a number field $K$ form a countable subset of a torus of dimension $r_1+r_2-1$ where $r_1$ are the numbers of real and pairs of complex embeddings. When $K$ is Galois ...
• #### 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, ...
• #### 1830 - Explicit Methods in Number Theory ﻿

[OWR-2018-34] (2018) - (22 Jul - 28 Jul 2018)
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, ...