NEW COMPUTATIONAL CONCEPTS FOR DIGITAL HUMANITIES

The paper introduces computational approach to the analyses of theoretical-information picture of reality, its link to digital humanities and nonstandard problems of "new physics". Like substance and energy information is considered as a special case of universal essences, which are responsible for holistic vision of reality. Fundamental role of information in paradigmatic trends, which link digital humanities concept to physical theory, is underlined. The duality of discrete information is noted. Its semiotic properties make information similar to languages and calculus. From the physical point of view information is a universal carrier of interactions in nature and society. This duality clearly observed at quantum level. Hypothesis, which stem from interpretation of quantum states as carriers of q-bits, are considered. Each hypothesis with different degree of reliability says, that implicit numerical-information structures present in the natural and social systems. It is stated, that similar structures play fundamental role in arbitrary communication processes.