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1 Modelling and Optimization of Physical Systems

1 2011

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Quantum mechanics and chaos

Kratochvil C., Sveda P.

Modelling and Optimization of Physical Systems

2011

z. 10

45--48

Chaos is a term used to describe the unpredictable and seemingly random behaviour of dynamic systems. We can consider chaotic systems in real world to be deterministic, because it is assumed that they are determined by initial conditions. It is known, that chaotic systems can be routed to a state described by chaotic, respectively strange attractor. But this means, that the system can maintain a sufficiently far from equilibrium, for it may cause long-term growth of internal orderliness. It assumes its connection with the area of quantum microworld that is not fully deterministic effects and allows the internal state of the system without any outside interference.

Chaos je termin poużivany pro popis nepfedvidatelneho a zdanlive nahodneho chovani dynamickych systemu. Chaoticke systemy makrosveta oznaćujcmc za deterministickć, protoze se pfedpoklada, że jsou urceny deterministickym poćatećnim stavem. Je znamo, ze chaoticke systemy mohou smerovat do stavu charakterizovaneho chaotickym, resp. podivnym atraktorem (strange attractor). To ale znamena, ze se system muze udrzovat dostatećnć daleko od rovnovahy, muze u nej dojit k dlouhodobćmu rustu vnitfni uspofadanosti To ovsem pfedpoklada jcho spojitost s oblasti kvantoveho mikrosveta, ktera neni plne deterministicka a umoźńuje ovlivneni vnitfniho stavu systemu bez vnejsiho zasahu.