Título
Quantum interference vs quantum chaos in the nuclear shell model
Autor
AARON GERARDO FERNANDEZ ALARCON
EDNA MAGDALENA HERNANDEZ GONZALEZ
MATHIEU CHRISTIAN ANNE HAUTEFEUILLE
EMMANUEL LANDA HERNANDEZ
IRVING OMAR MORALES AGISS
VICTOR MANUEL VELAZQUEZ AGUILAR
RUBEN YVAN MAARTEN FOSSION
CARLOS ERNESTO VARGAS MADRAZO
ALEJANDRO FRANK HOEFLICH
Nivel de Acceso
Acceso Abierto
Materias
CIENCIAS FÍSICO MATEMÁTICAS Y CIENCIAS DE LA TIERRA - (CTI) Física - ([Journal of Physics: Conference Series (1742-6588) vol. 578 (2015)]) Física teórica - ([Journal of Physics: Conference Series (1742-6588) vol. 578 (2015)]) Teoría cuántica de campos - ([Journal of Physics: Conference Series (1742-6588) vol. 578 (2015)]) Física nuclear - ([Journal of Physics: Conference Series (1742-6588) vol. 578 (2015)]) Teoría cuántica - ([Journal of Physics: Conference Series (1742-6588) vol. 578 (2015)]) Physics - ([Journal of Physics: Conference Series (1742-6588) vol. 578 (2015)]) Nuclear physics - ([Journal of Physics: Conference Series (1742-6588) vol. 578 (2015)]) Qantum theory - ([Journal of Physics: Conference Series (1742-6588) vol. 578 (2015)])
Resumen o descripción
Abstract: In this paper we study the complexity of the nuclear states in terms of a two body quadupole-quadrupole interaction. Energy distributions and eigenvectors composition exhibit a visible interference pattern which is dependent on the intensity of the interaction. In analogy with optics, the visibility of the interference is related to the purity of the states, therefore, we show that the fluctuations associated with quantum chaos have as their origin the remaining quantum coherence with a visibility magnitude close to 5%.
Conclusions: In conclusion, we have studied the statistics of energy levels considering the visibility of its distribution as a function of the parameter of quadrupolar interaction. Visibility is an indication of the degree of coherence of nuclear states associated to studied energies. By comparing the visibility to the respective power spectrum, we found a correspondence between the statistics of energy levels and the degree of purity of the nuclear states. The 1/f fluctuations characterizing quantum chaos may be interpreted as a residuum of coherence between nuclear states. The lowest states maintain a high degree of purity, whereas decoherence has almost erased the origin of all intermediate energy states. To define the behavior known as quantum chaos, it is therefore not necessary to manipulate classical or semi-classical images from some dynamic system. Quantum decoherence may be used instead.
Editor
IOP Publishing
Fecha de publicación
2015
Tipo de publicación
Artículo
Recurso de información
Formato
Adobe PDF
application/pdf
Fuente
Journal of Physics: Conference Series (1742-6588) vol. 578 (2015)
Idioma
Español
Relación
http://iopscience.iop.org/article/10.1088/1742-6596/578/1/012014
Repositorio Orígen
INSTITUTO NACIONAL DE GERIATRIA
Descargas
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