Topology and transport: Difference between revisions

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and during the next three years, we plan to study the problem in pressure-gradient-driven turbulence,  
and during the next three years, we plan to study the problem in pressure-gradient-driven turbulence,  
with a possible extension to gyrokinetic models. For this we will make use of Computational  
with a possible extension to gyrokinetic models. For this we will make use of Computational  
Homology. An important tool will be the software developed by the Computational Homology Project
Homology. An important tool will be the software developed by the [http://chomp.rutgers.edu Computational Homology Project (CHomP)] which, in particular, computes some topological invariants  
(CHomP, see http://chomp.rutgers.edu) which, in particular, computes some topological invariants  
(the Betti numbers) of three-dimensional spaces. We will investigate the possibility of developing or  
(the Betti numbers) of three-dimensional spaces. We will investigate the possibility of developing or  
using other tools which allow to improve the numerical resolution of the calculations.  
using other tools which allow to improve the numerical resolution of the calculations.


== Non-diffusive transport ==
== Non-diffusive transport ==

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