Decay of Nuclear Giant Resonances: Quantum Self-similar Fragmentation

(2) Laboratorie de Physique des Solides; 3) ( (1) Inst.of Nucl. Physics; (3) GANIL Caen ); A.Z. Gorski (1); Cracow; M. Ploszajczak (1; Orsay; R. Botet (2); S. Drozdz (1)

arxiv: chao-dyn/9606001 · v1 · submitted 1996-06-07 · chao-dyn · hep-ph· nlin.CD· nucl-th

Decay of Nuclear Giant Resonances: Quantum Self-similar Fragmentation

A.Z. Gorski (1) , R. Botet (2) , S. Drozdz (1) , M. Ploszajczak (1 , 3) ( (1) Inst.of Nucl. Physics , Cracow , (2) Laboratorie de Physique des Solides , Orsay

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(3) GANIL Caen )

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classification chao-dyn hep-phnlin.CDnucl-th

keywords backgroundgiantnuclearscalinganalysischaoticcharacteristicscomplexity

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Scaling analysis of nuclear giant resonance transition probabilities with increasing level of complexity in the background states is performed. It is found that the background characteristics, typical for chaotic systems lead to nontrivial multifractal scaling properties.

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Decay of Nuclear Giant Resonances: Quantum Self-similar Fragmentation

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