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Universal geometric approach to uncertainty, entropy and information

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Universal geometric approach to uncertainty, entropy and information
Id. 553651
Titulo Universal geometric approach to uncertainty, entropy and information
Autor(es) Hall, Michael J. W.
Localización http://arxiv.org/abs/physics/9903045
Phys. Rev. A 59 (1999) 2602-2615
Versión 1.0
Estado Final
Descripción It is shown that for any ensemble, whether classical or quantum, continuous or discrete, there is only one measure of the "volume" of the ensemble that is compatible with several basic geometric postulates. This volume measure is thus a preferred and universal choice for characterising the inherent spread, dispersion, localisation, etc, of the ensemble. Remarkably, this unique "ensemble volume" is a simple function of the ensemble entropy, and hence provides a new geometric characterisation of the latter quantity. Applications include unified, volume-based derivations of the Holevo and Shannon bounds in quantum and classical information theory; a precise geometric interpretation of thermodynamic entropy for equilibrium ensembles; a geometric derivation of semi-classical uncertainty relations; a new means for defining classical and quantum localization for arbitrary evolution processes; a geometric interpretation of relative entropy; and a new proposed definition for the spot-size of an optical beam. Advantages of the ensemble volume over other measures of localization (root-mean-square deviation, Renyi entropies, and inverse participation ratio) are discussed.
Palabras clave Physics - Data Analysis, Statistics and Probability
Tipo de recurso Texto Narrativo
Tipo de Interactividad Expositivo
Nivel de Interactividad muy bajo
Audiencia Estudiante
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Estructura Atomic
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Requerimientos técnicos Browser: Any
Fecha de contribución 02-mar-2007
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