Registration and opening

• Organizers

Plenary 1: Feng Xiao CIP, CIP-CSL, Multi-Moment finite volume method, Multi-moment Constrained finite Volume method, VPM method

Bin Xie High-fidelity simulation based on multi-moment finite volume method on hybrid unstructured grids

Rémi Abgrall

Plenary 2: Phil Roe The Michigan Viewpoint on Active Flux

Iman Samani Active Flux Methods with Gradient Degrees of Freedom

Erik Chudzik Cartesian Grid Active Flux Methods for Hyperbolic Conservation Laws

Plenary 3: Paola Antonietti ML-enhanced Polytopal Finite Element methods

Nikita Afanasiev Conservative-characteristic CABARET Scheme for Hyperbolic PDEs

Yongle Liu Active flux like method for developing well-balanced methods to shallow water models

Yanick Kiechle An Active Flux Method for the Vlasov-Poisson System

Junming Duan Flux vector splitting for point value update in active flux schemes

Xianyi Zeng Supraconvergent hybrid-variable methods for advection and advection-diffusion equations

Raul Borsche Implicit Active Flux Methods

Plenary 4: Jerome Droniou The discrete de Rham complex, and its application to the Navier–Stokes equations

Christian Klingenberg Structure preservation and the generalized Active Flux method for multi-dimensional hyperbolic conservation laws

Wasilij Barsukow Active Flux of arbitrary order of accuracy

Closure

• Organizers