Milan PALUŠ        

Senior Researcher
Interests: Complex systems, nonlinear dynamics, theory of deterministic chaos, synchronization, causality.
Development of methods for detection and characterization of related phenomena from (multivariate) time series.
Applications in diverse fields from physics, geophysics, meteorology, climatology, air pollution, through biology,
electrophysiology, neurology, to economy and finance.

Recent scientific highlights

The secrets behind the occurrence of extreme events are unlocked using information theory beyond Shannon

Good dissonance, dangerous consonance: The tones of El Niño

Chaotic systems violate the causality principle that the cause precedes the effect

The effect of the 7-8-year climate oscillation on the temperature variability in Europe

Cross-scale interactions in atmospheric dynamics




Nové významné vědecké výsledky

Odhalování příčin extrémních jevů pomocí pokročilé teorie informace

Ladí - neladí: Tóny fenoménu El Niño

Chaotické systémy porušují princip kauzality

Vliv klimatické oscilace s periodou 7-8 let na proměnlivost teplot v Evropě

Meziškálová kauzalita - přenos informace




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Electronic Preprints

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Czech Science Foundation (GA ČR) - German Research Foundation (DFG)
Bilateral Project

Interactions, information transfer and complex structures in the dynamics of changing climate

Project web-page

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EC FP7 Project BrainSync

Large scale interactions in brain networks and their breakdown in brain diseases

Our group's project page -- Main project website -- EU project website

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EC FP6 Project BRACCIA

Brain, Respiration and Cardiac Causalities in Anaesthesia

Our group's project page -- EU project website





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Private corner