Searcharxiv⌕ Search

arXiv subjects

E. P. Savov

Publications and source records attributed to E. P. Savov.

2 recordsLinked to original sources

Orbital Data Confirms Dynamic Fractal Firework Universe Having 3D-spiral Code

The understanding of the universe is confused by the unknown nature of about 95% of its matter, required to confine the motions of space objects in cosmic structures. The idea of this paper is that the self-similar transformations of one postulated basic matter create the fundamental dynamic fractal elements of the universe. The elements are described with equation of unifying interaction drawn into their fundamental framework. The equation transforms into the inverse square laws, the principle of uncertainty, Maxwell equations of electromagnetic field and into MOND like expression after modification of its parameters at the scales where these laws and principle are found to hold. The introduced equation is also confirmed with calculations based on the orbital data for bodies that move around the nucleus of the Milky Way Galaxy, the centers of the Earth and the Sun and orbit the huge 87 Sylvia asteroid. The puzzling constant sunward force that acts on the Pioneer 10 and 11 spacecraft, the flat rotational curves of stars far from the galactic nuclei, the nature of dark matter and the enigmatic cosmic repulsion are explained in terms of contracting and expanding 3D-spirally-faster-inward-oscillating vortexes of basic matter, called dynamic fractals. The latter create new fundamental framework, which allows qualitative and quantitative modeling by fitting of the parameters of the equation of unifying interaction to experimental data. The calculations based on the proposed dynamic fractal framework are in agreement with the considered orbital data. Many testable predictions are made and natural hazard precursors are suggested.

physics.space-ph↗

Magnetic Storm-substorm Relationship and Some Associated Issues

The impinging solar wind and its magnetic field perturbed the Earth's magnetosphere and create magnetic storms and substorms. The Earth's magnetosphere expands (contracts) during periods of southward (northward) IMF. It is shown that these magnetospheric expansions and contractions account for poorly understood aspects of magnetic storm-substorm relationship, bifurcation of the magnetotail and the appearance of theta aurora. Quantitative theory and calculations in agreement with the suggested model of solar wind/IMF-magnetosphere coupling are presented. Pre-noon and post-noon dents on the magnetopause are expected to appear during a long period of strong northward IMF. The contracting and expanding magnetosphere accumulates solar wind plasma and its magnetic field. The accumulated energy is delivered into the polar regions and creates auroral activity intensification.

physics.space-ph↗