My Videos of Turing Systems Computer Simulations
From this page you can find the some videos made from computational simulations of Turing systems. In the simulations, the mathematical equations are solved with help of computer and this way one can find out how the system evolution. In two dimensions different chemicals have different colors (blue and black). In three dimensions the interface between two chemicals is drawn. All the research related to these videos is published in my dissertation and related publications (see publications page).
Pattern formation in 2D
- Stripe pattern with BVAM model [Download this video]
- Spotty pattern with BVAM model [Download this video]
- Network with Gray-Scott model under random noise [Download this video]
- Turing-Hopf bifurcation in a monostable BVAM model [Download this video]
- Turing-Hopf-Turing bifurcation in a tristable BVAM model with twinkling spots [Download this video]
- Turing-Turing bifurcation (coupled with Hopf) in a tristable BVAM model [Download this video]
- Pure Hopf bifurcation with BVAM model [Download this video]
- Pure Hopf bifurcation with BVAM model under random noise [Download this video]
Pattern formation in 3D
- Lamellae with BVAM model [Download this video]
- Lamellae with BVAM model under random noise [Download this video]
- Planar with BVAM model lamellae [Download this video]
- Droplet structure in 3D [Download this video]
- Droplet structure under random noise in 3D [Download this video]
- Droplet structure under strong random noise in 3D [Download this video]
- Network with Gray-Scott model [Download this video]
- Pure Hopf bifurcation with BVAM model [Download this video]
- Pure Hopf bifurcation with BVAM model under random noise [Download this video]