Forward peaking of near Coulomb energy protons in (n,p) reactions at 14.1 MeV

We suggest that the exit microchannel correlation indicates off-diagonal, long-rangeorder coherence and quantum chaos in dissipative heavy-ion collisions. Such a correlation is revealed in the non-self-averaging of the excitation function oscillations observed in dissipative heavy-ion collisions. We also discuss the splitting of Hilbert space into an infinite number of orthogonal subspaces due to the spontaneous breaking of rotational and inversion symmetries. This splitting is a basic element in the statistical reaction with memory approach and it also gives rise to a continuous spectrum of a bound quantum many-body system indicating quantum chaos in the infinite-time limit.

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Coherently rotating hyperdeformed quasimolecules in12C+24Mgscattering?

Kun

Vagov

Vorov

1999

Phys. Rev. C

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Forward peaking of near Coulomb energy protons in (n,p) reactions at 14.1 MeV

Cited by 5 publications

References 19 publications

Slow nuclear decoherence: possibilities to detect the decay of thermalized-nonequilibrated matter

Slow nuclear decoherence: possibilities to detect the decay of thermalized-nonequilibrated matter

Channel - channel correlation in dissipative heavy-ion collisions and quantum chaos in the infinite-time limit

Coherently rotating hyperdeformed quasimolecules in12C+24Mgscattering?

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