Applied and Numerical Analysis
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![Collision of clusters of granular material](/assets/website/images/placeholder/video-placeholder.jpg)
Collision of clusters of granular material
Collision of clusters of granular material
Collision of clusters of granular material
![Self-organization of particles through alignment. attraction](/assets/website/images/placeholder/video-placeholder.jpg)
Self-organization of particles through alignment. attraction
Self-organization of particles through alignment. attraction, repulsion and roosting
Self-organization of particles through alignment. attraction, repulsion and roosting
![Aggregation-Diffusion equation (nonlinear diffusion and gaus](/assets/website/images/placeholder/video-placeholder.jpg)
Aggregation-Diffusion equation
Aggregation-Diffusion equation (nonlinear diffusion and gaussian attractive potential)
Aggregation-Diffusion equation (nonlinear diffusion and gaussian attractive potential)
![Relaxation towards the Maxwellian equilibrium in a kinetic e](/assets/website/images/placeholder/video-placeholder.jpg)
Relaxation towards the Maxwellian equilibrium
Relaxation towards the Maxwellian equilibrium in a kinetic equation
Relaxation towards the Maxwellian equilibrium in a kinetic equation
Relaxation towards the Maxwellian equilibrium in a kinetic equation
![Mill to Flock Heteroclinic path](/assets/website/images/placeholder/video-placeholder.jpg)
Mill to Flock Heteroclinic path
Mill to Flock Heteroclinic path
Mill to Flock Heteroclinic path
![Gradient descent of the interaction energy leading to a glob](/assets/website/images/placeholder/video-placeholder.jpg)
Gradient descent of the interaction energy
Gradient descent of the interaction energy leading to a global equlibrium
Gradient descent of the interaction energy leading to a global equlibrium