Presentations in 2023 to the lecture D12MMVP "Simulation techniques in hot plasma modeling"

• Introduction to modeling of laser-produced plasmas (J. Limpouch, Feb 13)
• Introduction to different numerical methods used in Magnetic Confinement Fusion Plasmas (MCFP) (D. Tskhakaya, Feb 20)
• PIC modelling used in Magnetic Confinement Fusion Plasmas (MCFP) (D. Tskhakaya, Feb 27)
• Particle methods for LPP (O. Klimo, Mar 6)
• PIC simulations for extreme laser intensities (M. Jirka, Mar 13)
• Monte Carlo methods for LPP (O. Klimo, Mar 20)
• Monte Carlo modelling in MCFP
  Monte Carlo used for plasma edge modelling (D. Tskhakaya, Mar 27)
  Neutral Beam Injection modelling (F. Jaulmes, Mar 27)
• Magnetohydrodynamics modelling of the MCFP (F. Jaulmes, Apr 3)
• Fluid transport modelling of the MCFP
  Gyro-fluid turbulence modelling (A. Casolari, Apr 17)
  Fluid transport modelling of the plasma core and edge (P. Mácha, Apr 17)
  (with videos at https://docs.google.com/presentation/d/1aeTI6U6GiwTtUu0MSxJtjmbePyPtfyZr/edit?usp=sharing&ouid=116357239697468052573&rtpof=true&sd=true)
• Fluid simulations for LPP (M. Kuchařík, Apr 24)
• Atomic physics simulations (J. Limpouch, May 15)
• Differentiable Numerical Simulations (Differentiable Physics) (J. Seidl, May 22)