Landin V, Sluginov E, Sluginova A, Sluginova O. The matter of space-time has increased its density and mass in the zone of the Earth. Sci Herald Uzhhorod Univ Ser Phys. 2024;(56):2817-2823.
The matter of space-time has increased its density and mass in the zone of the Earth
Volodimir Landin, Eduard Sluginov, Olga Sluginova, Anastasia Sluginova
Abstract
Relevance. The relevance of this study lies in its offer of a new approach to measuring and analysing the effects of gravitational forces of spacetime matter for the first time in the world using gravity receivers. The study presented a new understanding of the complex interactions between gravity, density, and mass of spacetime matter along the latitude and meridian of the Earth, which were measured for the first time by gravity receivers.
Purpose. The purpose of this work was to investigate the properties of the gravitational field of spacetime in terms of its latitude and longitude, as well as to determine the shape of the gravitational wave on the Earth's surface. For this, gravity receivers were constructed, which are levers with arms of different lengths mounted on a sharp support. One gravity receiver was located along the Earth’s latitude in the east-west direction, while the other along the meridian in the south-north direction.
Methodology. With these two gravity receivers, one can observe the change in the position of the levers relative to the horizon depending on the magnitude of the gravitational moments associated with changes in the spacetime density in latitude and longitude on the Earth’s surface. The specific feature of gravity receivers is that they can rotate to a certain angle without friction on a sharp support and are very sensitive to microscopic changes in the mass and density of spacetime in the volume of the globe.
Results. The moments of space-time gravity acting along the Earth's latitude vary slightly in some months, but in other months they change a lot. This is especially true for 2024, when the torsional moments increased from 0.65 Nmm to 3.4 Nmm. This is explained by the fact that the mass and density of spacetime began to increase in the volume of the Earth in April 2023 and systematically continued this process until the end of the year. Gravity receiver have shown that over the course of two years (2023-2024) the matter of space-time has increased its mass in the volume of the Earth by 0.045%. Consequently, the distances between the Earth and the Sun, as well as between the Earth and the Moon have decreased according to Newton's law of interaction of masses of matter and the satellites lowered their orbits
The torques of gravity along the Earth’s meridian varied in a wave-like manner during the study period. There were months with insignificant changes and months when the torques varied widely. This was primarily true for 2024, when they increased from 0.07 Nmm to 1.6 Nmm. It was theoretically proven that, based on the formula of the gravitational constant, it is possible to determine the diameter of the spacetime matter, which cannot be measured by any means. For this, it is necessary to determine the density of spacetime in the area of the Voyager-1 spacecraft using a gravity receiver. According to preliminary calculations, it should be close to the value of 10-26 kg/m3. Gravity receivers installed in parallel, at an angle of 180°, synchronously show changes in the torsional moments of gravity, as if they were connected by a solid axis. This suggests that the gravity wave has the shape of a spiral emanating from the centre of the Earth.
Conclusions. The conducted studies have shown that gravitational receivers are reliable and accurate devices for studying the properties of space-time matter and gravity in the latitude and longitude of the Earth. Gravitational moments have been determined for the past years, in which they changed insignificantly, but in 2024 strong and accelerated increases were noted in latitude by 5.23 times and in the meridian by 22.86 times compared to 2022. Based on the numerical values of the gravitational torques, it is possible to determine the density of space-time matter, which in 2024 increased to 0.045%. At the same time, the mass of space-time also increased throughout 2024. Therefore, at the end of December 2024, 1 kg of material mass weighed 1000.45 g, if in 2022 it weighed 1,000,000 g on a spring scale. Therefore, the distance between the Earth and the Sun, as well as between the Earth, the Moon and the satellites, decreased during this year according to Newton's law on the interaction of masses of matter. At the same time, the speed of the Earth's rotation around its axis increased.
Keywords: gravity; space; time; gravity receiver
Suggested citation
References
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