Tamás Tél

Research fields

• physics of systems subjected to parameter drift
  
  
• climate dynamics
  
  
• environmental fluid dynamics and related laboratory experiments
  
  
• numerical investigations of particle advection,  spreading of pollutants
  
  
• the dynamics of inertial particles, reactions in flows
  
  
• transport and irreversibility from a chaotic point of view
  
  
• nonlinear phenomena, chaos and transient chaos, fractals
  
  
• statistical physics, stochastic processes, non-equilibrium potentials

Hungarian NSF (OTKA) grants

125171 (2017-2023) Ensemble approach in climate dynamics and nonequilibrium processes

100296 (2012-2016) Physical mechanisms of global environmental processes

72037 (2008-2011) Physical mechanisms underlying atmospheric and oceanic currents, on local and global scales

47233 (2004-2008) Environmental flows and reactions

44839 (2003-2006) Dynamics of structures in systems with large degress of freedom (high energy and classical macroscopic processes)

Humboldt Research Award (2011-2017)

Certificate and Laudation

Publication list to the closing report