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Jannis Teunissen

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research:start [2019/04/08 10:53] – external edit 127.0.0.1research:start [2019/04/08 19:48] – [List of research ideas] jannis
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 has focused on topics such as: has focused on topics such as:
  
-* Adaptive mesh refinement (AMR) +  * Adaptive mesh refinement (AMR) 
-* Parallelization (using MPI and/or OpenMP) +  * Parallelization (using MPI and/or OpenMP) 
-* Fast elliptic solvers (multigrid) +  * Fast elliptic solvers (multigrid) 
-* Adaptive control of particle weights+  * Adaptive control of particle weights
  
 ==== Machine learning ==== ==== Machine learning ====
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 with [[https://homepages.cwi.nl/~camporea/|Enrico Camporeale]]. with [[https://homepages.cwi.nl/~camporea/|Enrico Camporeale]].
  
-==== List of ideas ====+==== List of research ideas ====
  
 This is an incomplete list of topics that I'd like to investigate. If you are This is an incomplete list of topics that I'd like to investigate. If you are
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   * Investigating the so-called "stability field" of streamer discharges through computations, with the goal of predicting how this field depends on the gas.   * Investigating the so-called "stability field" of streamer discharges through computations, with the goal of predicting how this field depends on the gas.
   * Investigating what happens when discharges are 'long' compared to the time scale for electron attachment.   * Investigating what happens when discharges are 'long' compared to the time scale for electron attachment.
-  * Making a tool to estimate discharge inception probability and jitter from an electrostatic potential (*currently in progress with Shahriar Mirpour and Andy Martinez*).+  * Making a tool to estimate discharge inception probability and jitter from an electrostatic potential (//currently in progress with Shahriar Mirpour and Andy Martinez//).
   * Compare particle-in-cell and plasma fluid models for 2D and 3D simulations of streamer discharges.   * Compare particle-in-cell and plasma fluid models for 2D and 3D simulations of streamer discharges.
  

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