István Pusztai
Associate professor
Contact details

Address
Department of Physics
Chalmers University of Technology
SE-412 96 Göteborg
Sweden

Email: pusztai at chalmers.se

ORCID: http://orcid.org/0000-0001-5412-4090

Recent publications
  1. Mufei Luo et al., Long lasting plasma density structures utilizing tailored density profiles.Matter and Radiation at Extremes (), (2025)
  2. Emil R. Ingelsten et al., Data-driven multi-species heat flux closures for two-stream-unstable plasmas with nonlinear sparse regression. Physics of Plasmas (), (2025)
  3. I. Ekmark et al., Runaway electron generation in disruptions mitigated by deuterium and noble gas injection in SPARC. Journal of Plasma Physics 91 (3), E82 (2025)
  4. O. Vallhagen et al., Reduced modelling of scrape-off losses of runaway electrons during tokamak disruptions. Journal of Plasma Physics 91 (3), E78 (2025)
  5. Emil R. Ingelsten et al., Data-driven discovery of a heat flux closure for electrostatic plasma phenomena. Journal of Plasma Physics 91 (2), E64 (2025)
Turbulence, particle energization, magnetic field generation, data-driven model discovery.
Recent publications
  1. Mufei Luo et al., Long lasting plasma density structures utilizing tailored density profiles.Matter and Radiation at Extremes (), (2025)
  2. Emil R. Ingelsten et al., Data-driven multi-species heat flux closures for two-stream-unstable plasmas with nonlinear sparse regression. Physics of Plasmas (), (2025)
  3. I. Ekmark et al., Runaway electron generation in disruptions mitigated by deuterium and noble gas injection in SPARC. Journal of Plasma Physics 91 (3), E82 (2025)
  4. O. Vallhagen et al., Reduced modelling of scrape-off losses of runaway electrons during tokamak disruptions. Journal of Plasma Physics 91 (3), E78 (2025)
  5. Emil R. Ingelsten et al., Data-driven discovery of a heat flux closure for electrostatic plasma phenomena. Journal of Plasma Physics 91 (2), E64 (2025)
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