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Paper: Transmission Protocol for an EPR System at Polarization States: EPR
Volume: 213, Bioastronomy '99: A New Era in Bioastronomy
Page: 585
Authors: Tamburini, Fabrizio; Ortolani, Sergio; Bianchini, Antonio
Abstract: We propose an EPR correlated pairs protocol based on fractal correlated signals: e.g. a specific α-Fractional Brownian Motion (FBM) is induced by a device on a group of EPR photons. It is well known that a non-orthogonal wavelets filter is able to characterize the FBM from a noisy enviroment (as a white noise is) by formalizing a nonlinear optimization problem for FBM α characteristic parameter estimation. The estimated signal is a 1/f process. A simple quantum teleportation network based on α time correlated/uncorrelated EPR pairs as a Morse signal is proposed. In this way it could be possible to use pre-existing EPR states generated by a beam splitting via suitable interstellar medium cloud of a MASER signal. What we propose is a non orthogonal wavelet analisys of MASER sources time series, (reflections included) that could give, above all, relevant astrophysical informations on correlation properties of those sources.
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