Abstract
The encoding of information in time intervals of an echelon of laser pulses of an object pulse in the optical echo processor is considered. The measures of information are introduced to describe the transformation of classical information in quantum information. It is shown that in the description of information transformation into quantum information, the most appropriate measure is a measure of quantum information based on the algorithmic information theory.
Highlights
The methods of dynamical echo holography allow processing and storage of the information, which is carried by object laser pulses
Demonstration of frequency-selective optical memory, where the data recording and processing of data occurs both in the time domain and in the frequency slot, is described in [2]
Attempts to describe the quantum information processes in general relied on the formulae of classical information theory, which was operated with the quantum probabilities, rather than amplitudes
Summary
Kazan (Volga Region) Federal University, 18 Kremliovskaya Street, Kazan 420021, Russia. The encoding of information in time intervals of an echelon of laser pulses of an object pulse in the optical echo processor is considered. The measures of information are introduced to describe the transformation of classical information in quantum information. It is shown that in the description of information transformation into quantum information, the most appropriate measure is a measure of quantum information based on the algorithmic information theory
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