Overview

<>Tamás Bódai’s research areas include  >Tamás Bódai’s research areas include  thermodynamics and dynamics of the climate system, edge states, tipping points and critical transitions in the climate system, transient chaos in open systems, noise-induced chaos, climate sensitivity, response of multi-scale dynamical climate models to external forcing; snapshot/pullback attractors, geoengineering, fluctuation-dissipation relations in the climate system, ergodicity of the climate system, snapshot attractors of nonautonomous systems and its application to climate science, climate emulation, atmospheric and oceanic teleconnections (e.g. ENSO-Indian monsoon), extreme value statistics and predictability in dynamical systems and stochastic processes featuring heavy tails and its application to wind energy.  thermodynamics and dynamics of the climate system, edge states, tipping points and critical transitions in the climate system, transient chaos in open systems, noise-induced chaos, climate sensitivity, response of multi-scale dynamical climate models to external forcing; snapshot/pullback attractors, geoengineering, fluctuation-dissipation relations in the climate system, ergodicity of the climate system, snapshot attractors of nonautonomous systems and its application to climate science, climate emulation, atmospheric and oceanic teleconnections (e.g. ENSO-Indian monsoon), extreme value statistics and predictability in dynamical systems and stochastic processes featuring heavy tails and its application to wind energy.
Research keywords:
climate emulator development using response theory, geoengineering impact assessment, definition of climate and its change, large ensemble simulation protocol development, forced change of climatic teleconnections and extremes

Publications

Projects

Project no. 1.: Conditional and forced climate change

For the real Earth system which has multiple time scales, the full snapshot attractor is impractical to represent the climate. Instead, with an interest in anthropogenic climate change, we would like to define climate in a conditional sense, when some slow time scale process can be considered as a "carrier" or forcing for the climate beside the actual external anthropogenic forcing. We will examine if such slow processes do show up in climate change signals.

Dr. Tamás Bódai
Institute of Mathematics and Basic Science
Campus address: H-2100 Gödöllő, Páter Károly str. 1.
bodai.tamas@uni-mate.hu
bodai.tamas@uni-mate.hu
MTMT: 10081845
Scopus: 24473976500