Abstract

A model of unified field theory is built by using a more general concept about matter, space and time. The known physical laws and postulates are obtainable if the classical empty space is filled by unique structure of matter. A model called a Cosmic Lattice (CL) is suggested according to which the vacuum possesses a underlying structure built of two types of super dens sub-elementary particles arranged in nodes. These particles called twisted prisms are from two different intrinsic matter substances. In empty space the prisms of same type are attracted by Super Gravitational (SG) forces inverse proportional to the cube of the distance. The SG field of the prisms possesses axial anisotropy and rotational component due to a lower level structure. Each node is formed of four prisms of same type, while intrinsic energy balance assures gaps between the alternatively arranged nodes. The flexible geometry of the single CL allows complex oscillations with two kind of periodical cycles, a spatial anisotropy and energy well. So the CL space exhibits quantum features, a distributed zero point energy and provides conditions for fields; gravitational, electrical and magnetic. It is also responsible for the constant light velocity, the relativistic effects and the inertia. The elementary particles are complex helical structures built of twisted prisms in a unique process of crystallization. The protons and neutrons in the atomic nuclei follow a strict order with pattern signature of the Periodic table. The spatial arrangement of the quantum orbits is defined by the nuclear structure. The suggested physical models are successfully applied for explanation of dozens of physical effects and phenomena in a range from elementary particles to cosmological events. The concept of the vacuum structure leads to the conclusion that some of the adopted postulates and physical laws are not universally valid.