List of publications on a keyword: «signature»

The article discusses the use of Internet technologies by small and medium-sized enterprises as well as natural and state monopolies in modern society. Salient features of a new type of economy are defined.

According to the researcher one of the aims of geometrodynamics is to eliminate the concept of mass as a fundamental property. The author presents a promising approach to achieving this end. In order to do this, the researcher considers the interface between different solutions of the Einstein field equations, and constructs an extension of these equations and their solutions. This forms the basis of a metric-dynamic model of particles of varying sizes, including virtually all elementary particles that are part of the Standard Model.

According to the researcher one of the aims of geometrodynamics is to eliminate the concept of mass as a fundamental property. The author presents a promising approach to achieving this end. In order to do this, the researcher considers the interface between different solutions of the Einstein field equations, and constructs an extension of these equations and their solutions. This forms the basis of a metric-dynamic model of particles of varying sizes, including virtually all elementary particles that are part of the Standard Model.

This work fits into a framework of a program, elucidated in [1–3], of the geometrization of physics, as set in motion by the mathematical works of William Kingdon Clifford and continued into Einstein’s theory of General Relativity as well as the theories of John Archibald Wheeler. It discusses the physical and mathematical foundations of vacuum light-geometry and the Algebra of Signatures. The vacuum is investigated by probing it with mutually perpendicular monochromatic rays of light with different wavelengths. The result is a hierarchy of nested 3-D light landscapes («λmn-vacua»). We consider a locally uncurved and curved state of a vacuum region on the basis of the mathematical theory known as the Algebra of Signatures. A «vacuum condition» is formulated, based on the definition of the «vacuum balance». Inert properties of the λmn-vacuum are considered. A kinematic basis for the possibility of discontinuities in a local neighborhood of a λmn-vacuum is introduced. On the basis of the foundations of the Algebra of Signatures described in [2; 3], metric-dynamic models of all elementary particles included in the Standard Model are obtained. In this paper new concepts are introduced, some of them with correspondingly new terminology. Therefore, at the end of the article a glossary of new terms is provided.

The article deals with mechanism of support of integrity of the document in case of transfer of processes of the printing and signing of the paper document on client side in conditions when processes on client side aren't under control to the contractor.