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Workshop Hamiltonian systems, from topology to applications through analysis II
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- Richard Montgomery: Infinitely many coplanarities
- Ibere Caldas: Shearless Invariant Curves In Confined Plasmas
- Fraydoun Rezakhanlou: Hamiltonian ODE and Hamilton-Jacobi PDE with Stochastic Hamiltonian Function
- Martin Berz: Rigorous High-Order Methods in the Description of Large Particle Accelerators
- Diego del-Castillo-Negrete: Plasma physics inspired Hamiltonian dynamics problems
- Richard Moeckel: Two dimensional examples of the Jacobi-Maupertuis metric
- Boris Khesin: Geometric and Hamiltonian hydrodynamics via Madelung transform
- Inwon Kim: Head and Tail speeds of Mean curvature flow with periodic forcing
- Zensho Yoshida: Singularities in Poisson manifolds: bifurcation and symmetry breaking
- Eva Miranda: From Celestial Mechanics to Fluid Dynamics: Contact structures with singularities
- James Meiss: Drift and Diffusion in Symplectic and Volume-Preserving Maps
- Kwang Je Kim: From Particle Noise to Coherent X-Rays: Beam Dynamics of X-ray Free-Electron Lasers
- Abed Bounemoura: KAM theory for ultra-differentiable Hamiltonians
- Yasuhide Fukumoto: Gyroscopic analogy of a rotating stratified flow confined in a tilted spheroid with a heavy symmetrical top with the top axis misaligned from the axis of symmetry
- Wilfrid Gangbo: A weaker notion of convexity for Lagrangians not depending solely on velocities and positions.
- Marian Gidea: Hamiltonian Instability via Geometric Method
- Maria Saprykina: Erratic behaviour for one-dimensional random walks in a generic quasi-periodic environment
- Albert Fathi: Recurrence on abelian coverings
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Workshop Hamiltonian systems, from topology to applications through analysis I
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- Vered Rom-Kedar: On some nearly separable impact systems
- Daniel Scheeres: Minimum Energy Configurations in the N-Body Problem and the Celestial Mechanics of Granular Systems
- Alain Brizard: Symplectic gyrokinetic Vlasov-Maxwell theory
- Yifeng Yu: Optimal rate of convergence in periodic homogenization of Hamilton-Jacobi equations
- Margaret Beck: Stability for PDEs, the Maslov Index, and Spatial Dynamics
- Maciej Capinski: A topological mechanism for diffusion, with application to the elliptic restricted three body problem
- Emanuele Tassi: Hamiltonian reduced fluid models for non-dissipative plasmas
- Melvin Leok: Variational discretizations of gauge field theories using group-equivariant interpolation spaces
- Anthony Bloch: Integrable Systems and Optimal Control
- Massimiliano Berti: Dynamics of Water Waves
- Natalia Tronko: Noether theorem for magnetised plasmas.
- Tudor Ratiu: Momentum maps for automorphism groups
- Alex Haro: Effective bounds for the measure of rotations
- Joshua Burby: Dark Plasma
- Gabriella Pinzari: Exponential stability of Euler integral in the three--body problem
- Antonio Siconolfi: The vanishing discount problem in a noncompact setting
- Renato Calleja: Whiskered KAM Tori of Conformally Symplectic Systems
- Cesare Tronci: Multi-physics models for hybrid kinetic-fluid and classical-quantum systems
- Chongchun Zeng: Local dynamics and invariant manifolds of traveling wave manifolds of Hamiltonian PDEs
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Workshop Hot Topics: Shape and Structure of Materials
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- Ileana Streinu: Metamaterial designs with expansive and auxetic deformations
- Myfanwy Evans: Periodic tangling of filaments
- Daniela Ushizima: Applications of convnets to microstructural description and material design
- Joel Hass: Geometric and topological methods for aligning and comparing shapes
- Timo de Wolff: An Introduction to Computational Algebraic Geometry and Polynomial Optimization
- Kathryn Hess: High-throughput topological screening of nanoporous materials
- Maciej Haranczyk: Facilitating Discovery of Nanoporous Materials for Energy Applications with Porosity Analysis Tools
- Vanessa Robins: Insights from the persistent homology analysis of porous and granular materials
- Eric Babson: Random Knots, Random Groups and DNA
- Kristin Persson: The Materials Project – A Google of Materials
- Andy Kraynik: The shape of random soap froth
- Jeremy Mason: Predictive simulations of grain structure evolution
- Vincenzo Vitelli: Topology protects equilibrium structures in a classical system of interacting lines
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Seminar Five Minute Talks
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Seminar Five Minute Talks
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Seminar Five Minute Talks "Hamiltonian Systems"
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Workshop Introductory Workshop: Hamiltonian systems, from topology to applications through analysis
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- Marie-Claude Arnaud: Introduction to weak KAM theory I
- Philip Morrison: Hamilton description of plasmas and other models of matter: structure and applications I
- Jacques Fejoz: Introduction to KAM theory in the planetary system I
- Philip Morrison: Hamilton description of plasmas and other models of matter: structure and applications I
- Marie-Claude Arnaud: Introduction to weak KAM theory II
- Jacques Fejoz: Introduction to KAM theory in the planetary system II
- Clarence Wayne: Introduction to applications of KAM theory to PED's I
- Tere Seara: Introduction to Arnold's diffusion problems I
- Ke Zhang: Introduction to Arnold's diffusion problems II
- Clarence Wayne: An introduction to applications of KAM theory to PDE's II
- Alessandra Celletti: Normal forms and KAM theory in Celestial Mechanics: from space debris to the rotation of the Moon
- Michael Kraus: Introduction to Numerical Methods for Hamiltonian Systems
- Marco Mazzucchelli: The periodic orbits problem in Tonelli Hamiltonian dynamics
- James Meiss: Vizualizing the Dynamics of Symplectic Maps
- Alfonso Sorrentino: Dynamical and spectral properties of mathematical billiards
- Robert MacKay: Interaction between two charges in a uniform magnetic field
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Workshop Connections for Women: Hamiltonian Systems, from topology to applications through analysis
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- Alessandra Celletti: Analyticity domains of KAM tori in some dissipative systems
- Viktor Ginzburg: Periodic orbits of Hamiltonian systems: the Conley conjecture and beyond
- Inmaculada Baldomá: Invariant stable manifolds associated to parabolic objects with applications to Celestial Mechanics
- Susanna Terracini: Parabolic and collision trajectories: a survey on the variational approach to the N-body and N-centre problem
- Nancy Hingston: Loop Products and Self-Intersections
- Emmy Murphy: Hamiltonian dynamics and extension of symplectic/contact forms.
- Eva Miranda: Desingularizing singular symplectic structures to understand their associated dynamics
- Natalia Tronko: Geometrical methods for reduced Hamiltonian models in plasma physics