Using an integral decomposition of non-commutative monotone metrics we show that each monotone metric described by the Petz classification theorem is related to the geometry of a suitable non-commutative L^2-space. This exactly reproduces and generalizes the commutative case where the unique monotone metric (Chentsov theorem about Fisher-Rao metic) is classically related to the commutative L^2 geometry.
Gibilisco, P., Isola, T. (2001). Monotone metrics on statistical manifolds of density matrices by geometry of non-commutative $L^2$-spaces,. In L. A.C.C.Coolen (a cura di), Disordered and Complex Systems (pp. 129-140). American Institute of Physics.
Monotone metrics on statistical manifolds of density matrices by geometry of non-commutative $L^2$-spaces,
GIBILISCO, PAOLO;ISOLA, TOMMASO
2001-01-01
Abstract
Using an integral decomposition of non-commutative monotone metrics we show that each monotone metric described by the Petz classification theorem is related to the geometry of a suitable non-commutative L^2-space. This exactly reproduces and generalizes the commutative case where the unique monotone metric (Chentsov theorem about Fisher-Rao metic) is classically related to the commutative L^2 geometry.File | Dimensione | Formato | |
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