Does chaos theory contend with the second law of thermodynamics?

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Of course, the second law of thermodynamics implies that all closed systems will go from a state of state of order to disorder. Chaos theory offers the possibilty of systems developing patterns and order from seemingly disordered or chaotic systems. Do these theories contradict or is there something that I do not understand?
 

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Filip Larsen
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In short, you miss energy.

For dissipative systems you need an energy source in order for the system state not to dissipate and this energy flows in from outside the system, that is, the system is not closed.

For hamiltonian systems the system energy is conserved and the system may be closed, but there is not real self-organizing going on as in the dissipative case.
 

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