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Foundations of Classical and Quantum Chaos in Extended Robertson-Walker Cosmologies
A topological explanation for the recently observed anisotropy of the background radiation is given in terms of a cosmology that evolves from a totally chaotic initial state, and whose spacelike slices are infinite and multiply connected. Keywords: Robertson-Walker cosmology, relativistic chaos, Ber...
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Lenguaje: | eng |
Publicado: |
1992
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Materias: | |
Acceso en línea: | http://cds.cern.ch/record/544474 |
Sumario: | A topological explanation for the recently observed anisotropy of the background radiation is given in terms of a cosmology that evolves from a totally chaotic initial state, and whose spacelike slices are infinite and multiply connected. Keywords: Robertson-Walker cosmology, relativistic chaos, Bernoulli property, chaotic nucleus, homogeneity, isotropy, quantum chaos, background radiation, anisotropy, hyperbolic three-manifold, deformation space, quasi-Fuchsian group, Schottky group, limit set, Hausdorff dimension, convex hull. |
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