Workshops

Computational Challenges in Hot, Dense Plasmas

Theory and Simulations of Hydrodynamic Instabilities in Inertial Fusion

Inertial Confinement Fusion Experiments on the National Ignition Facility Laser

Computational Challenges in Modeling the Physics Of ICF Ignition Scale Hohlraums & ICF Implosions

Various Challenges in Simulations of Laboratory Astrophysics Experiments

Plasma Flow in a Laser Target as Used in the CRASH Project and its Sensitivity to the Equation-of-State for Non-Ideal Plasmas and a Warm-Dense Matter

Problems with Line Broadening and Opacities in White Dwarf Stars

Radiatively Cooled Supersonic Jets and Shocks in Laboratory Plasma Experiments

Using Magnetic Fields to Create and Control High Energy Density Matter

The Role of Non-Local and Non-Equilibrium Physics in High Energy Density Plasmas

Status and Needs of Computational Tools for Fast Ignition

Recent Developments and Applications of the Particle-In-Cell Accelerator Code-Framework Warp*

Dynamical Electron Models in Molecular Dynamics

Direct Numerical Simulations of Dense Thermonuclear-Burning Plasmas Using Molecular Dynamics: The Role of High Performance Computing

Application of First Principle Langiven Molecular Dynamics to Hot Dense Plasmas

Computational Challenges in Kinetic Modeling of Laser-Plasma Interaction and Thermonuclear Burning Plasma

Developing PIC Codes for the Next Generation Supercomputer using GPUs

High-order, Entropy-based Models for Linear Transport in Slab Geometries

Modelling of Inertial Fusion and High Energy Density Physics Targets with Hydra