Computational mathematics for model reduction and predictive modelling in molecular and complex systems

21 - 29 May 2019
Organisers :
  • Markos Katsoulakis
  • Benedict Leimkuhler
  • Petr Plechac
  • Anders Szepessy

The workshop will address computational and theoretical issues in stochastic modeling and model reduction in molecular and complex systems. In particular, the program will include topics ranging from quantum to mesoscale modelling, with focus on uncertainty quantification, machine learning and approximate inference method, methods using both quantum and classical models, ...

Generalized Langevin Equations in classical and quantum simulations

11 - 14 June 2019
Organisers :
  • Sara Bonella
  • Carsten Hartmann
  • Simon Huppert

Bernoulli Lecture - Efficient stochastic numerical methods for modelling and learning

13 June 2019
Organisers :
  • Benedict Leimkuhler

Stochastic differential equations are fundamental tools of modern mathematical modelling; they describe everything from the performance of financial instruments to atomic motion to the complex motion of fish schools or bird flocks. In recent years they have also been used increasingly as tools for the parameterization of artificial models such ...

by 12 Jun 2019

Conservative dynamics and its interactions

19 - 23 August 2019
Organisers :
  • Leonid Polterovich
  • Felix Schlenk

This workshop brings together specialists working on various crossroads through conservative dynamics. It will highlight cutting edge research involving methods from symplectic topology, as well as interactions with other fields including smooth ergodic theory and PDEs.

Bernoulli Lecture - Models of random growth and the Hamilton-Jacobi equation.

22 August 2019
Organisers :
  • Konstantin Khanin

The phenomenon of KPZ (Kardar-Parisi-Zhang) universality was a very active research area in the last 10 years. One can say that it describes universal statistical properties of long directed optimal paths (geodesics) in 2D disordered environment. Apart from many physical applications, it is remarkable for extremely strong universality properties in ...

by 21 Aug 2019

Dynamical Systems - Summer School

26 - 30 August 2019
Organisers :
  • Jörg Schmeling

The summer school will provide courses from experts in the areas of the scope of the program ''Dynamics with Structures''. It is intended to provide surveys of modern directions in the theory of dynamical systems on the level of graduate students and junior researchers. The goal is to propagate modern ...

Dynamics, Geometry and Combinatorics

21 - 25 October 2019
Organisers :
  • Anders Karlsson
  • Bryna Kra
  • Omri Sarig
  • Jörg Schmeling

This workshop brings together dynamicists who use techniques from, and are motivated by, combinatorics, geometry, and number theory.  The topics cover a broad swath of dynamics, including ergodic theory, homogeneous dynamics, symbolic dynamics, Teichmuller theory, and billiards, and the aim of the workshop is to highlight the common features across these subjects.

by 26 May 2019

Low-dimensional and Complex Dynamics

02 - 06 December 2019
Organisers :
  • Magnus Aspenberg
  • Michael Benedicks
  • Jacek Graczyk
  • Feliks Przytycki
by 30 Jun 2019

Statistics for Indirectly Measured Functional Data

30 March - 03 April 2020
Organisers :
  • Merle Behr
  • Aurore Delaigle
  • Sofia Olhede

Functional data such as space curves, images, and surfaces are seldom sensed directly; curves are often noisily and discretely sampled, images are subject to blurring and deformation, and surfaces are often obtained via indirect linear measurements. Understanding the generation of the observations then requires modelling the act of acquisition, and ...

Functional Data over Multidimensional Domains

27 April - 01 May 2020
Organisers :
  • John Aston
  • Anthony Davison
  • Shahin Tavakoli

Spatio-temporal modelling central to many modern applications, but the dimensionality of the domain of such data poses both conceptual and computational statistical challenges. These are exacerbated in a nonparametric setting, where questions related to asymptotic framework and invariance assumptions arise. The areas of functional data analysis and random field analysis ...

Statistics for Topological and Discrete Data

25 - 29 May 2020
Organisers :
  • Kathryn Hess Bellwald
  • Sofia Olhede
  • Katharine Turner

Topological and discrete data such as trees and networks constitute strongly non-Euclidean structures, often beyond the reach of traditional statistical tools. Their analysis is often challenged by computational tractability, as natural constraints such as permutation invariance are computationally hard to implement. Still, such data can be often transposed into more ...

Geometrical Statistics and Functional Data

22 - 26 June 2020
Organisers :
  • Ian Dryden
  • Simon Lunagomez
  • Victor Panaretos

Important classes of functional data, such as random measures and random operators, are intrinsically constrained and need to be represented as elements of suitable non-Euclidean spaces, such as Hilbert manifolds. The interplay between the infinite dimensionality of their variation and the non-linearity of their representation space poses novel challenges for ...

Summer School

06 - 10 July 2020

TBA

Geometry, Mechanics, and Dynamics. Conference in Honor of the 70th Birthday of Tudor Ratiu

20 - 24 July 2020
Organisers :
  • François Gay-Balmaz
  • Juan-Pablo Ortega

This conference contains contributions that give an overview of the current research in geometric mechanics. This scientific subject is simultaneously close to mathematics, physics, and engineering and its general philosophy consists in taking advantage of fruitful interactions between geometry on the one hand and dynamics and mechanics on the other. ...

Linear response: Rigorous results and applications

25 - 29 January 2021
Organisers :
  • Wael Bahsoun
  • Viviane Baladi
  • Stefano Galatolo
  • Nina Gantert
  • Georg Gottwald

Transfer operators have been used to study rare and extreme events in dynamical systems and the linear - or nonlinear - response of systems to perturbations, including applications to climate dynamics.

This conference brings together experts from both theoretical and applied aspects of these studies, also in ...

Spring School on Transfer operators (classical and modern techniques)

22 - 26 March 2021
Organisers :
  • Wael Bahsoun
  • Viviane Baladi

This school will provide courses from experts on several aspects of the spectrum of transfer operators. Special attention will be provided to the theory of anisotropic spaces, and to applications in geometrical or physical settings.

The target audience includes PhD students and young postdocs. We plan 3 or 4 minicourses and ...

Ruelle-Pollicott resonances in dynamics and in semi-classical analysis

12 - 16 April 2021
Organisers :
  • Viviane Baladi
  • Colin Guillarmou
  • Masato Tsujii

This conference brings together experts who study Ruelle-Pollicott resonances by using semiclassical and dynamical approaches.

Topics range from the Fried conjectures and other geometrical conjectures to various approaches to construct anisotropic spaces and strategies to obtain spectral gaps and essential spectral gaps, including the fractal uncertainty principle, and addressing non ...

Transfer operators beyond smooth or uniformly hyperbolic systems

07 - 11 June 2021
Organisers :
  • Viviane Baladi
  • Mark Demers
  • Sébastien Gouëzel
  • Carlangelo Liverani
  • Françoise Pène

There has recently been an explosion of results about transfer operators acting on anisotropic Banach spaces, starting with correlation decay and the analyticity properties of the Ruelle dynamical zeta function of uniformly hyperbolic maps and flows. These techniques have been extended to hyperbolic systems withsingularities, but the results there ...