Mass-area equivalence in classical physics and aspects of mutual shielding of objects

Radzhabov, Toir Makhsudovich

doi:10.4006/0836-1398-35.2.175

Cited by 5 publications

(7 citation statements)

References 5 publications

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“…The application of relation ( 2) can be considered in two cases: the first case, when the interaction elements are at distances comparable to their sizes, when the shielding parameter has values close to unity 1 δ ≤ . This case is a close shielding [26]. The second case is when the interaction elements are at distances much larger than their size 1 δ .…”

Section: Methods and Calculationsmentioning

confidence: 99%

“…In [26], the equation of mutual spatial shielding of interaction elements was obtained in a general form and the case of close shielding-mutual spatial shielding of nucleons in the atomic nucleus was considered in detail. In this paper, the issue of mutual spatial shielding is considered in the case of mutual shielding of atomic nuclei in ordinary substances, which is a far shielding.…”

Section: Methods and Calculationsmentioning

confidence: 99%

“…The area of interaction of a physical system is defined as the area of the shadow sh S , mentally formed from its elements during the passage of parallel rays on a screen perpendicular to the direction of the rays. The corresponding equation for describing the mutual shielding of interaction elements having the same cross-sectional area l S is obtained in [26] in the form…”

Section: Methods and Calculationsmentioning

confidence: 99%

“…In such circumstances, consideration of the sizes of interacting elements is proposed, as indicated by P. Dirac in his review article [24]. Taking into account the size of the electrons and nonclones the results were obtained in [25] [26].…”

Section: Introductionmentioning

confidence: 99%

See 3 more Smart Citations

On The Gravitational Shielding, Gravitational Permeability and Hidden Matter

Radzhabov¹

2022

IJG

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The possibility of gravitational shielding from more massive objects than the Moon-planet Earth and the giant planets of the Solar System is considered. Within the framework of the Lesage concept, the mutual spatial shielding of mass-forming elements-atomic nuclei in ordinary matter-was evaluated. It is concluded that the size of the Moon is insufficient for tangible gravitational shielding and partial mutual shielding is about 50% for planet Earth. It is determined that there is a critical thickness of ordinary matter at which complete mutual shielding of atomic nuclei is observed. The estimated critical thickness is about, which is typical for the sizes of giant planets. It is concluded that due to the presence of gravitational shielding, not the entire mass of massive celestial bodies participates in the act of gravitational interaction, which leads to the conclusion that there is a hidden mass of massive objects and to low values in the calculation of the density of the giant planets of the Solar System. It has been established that the true mass and true density of giant planets exceed their known values by 5 times. The presence of gravitational shielding from the planet Earth leads to a revision of the physical picture of nature and the consequences of tidal forces. The idea of P. Dirac concerning the accounting of the sizes of microparticles-nucleons, expressed for the further development of the physical theory, is realized. The gravitational size of the atomic nucleus is calculated on the order of 10 −18 m.

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Section: Methods and Calculationsmentioning

confidence: 99%

Section: Methods and Calculationsmentioning

confidence: 99%

Section: Methods and Calculationsmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

See 2 more Smart Citations

On The Gravitational Shielding, Gravitational Permeability and Hidden Matter

Radzhabov¹

2022

IJG

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“…On the basis of the classical approach, the mass defect, as a result of the mutual spatial overlap of nucleons in the atomic nucleus, was considered in Radzhabov (2022). In this work, an analytical expression for the binding energy of nucleons was obtained.…”

Section: Introductionmentioning

confidence: 99%

Consideration of the Daily Variation of Gravity on the Manifestation of Gravitational Shielding

Radzhabov¹

2022

GEP

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The result of mathematical and physical analysis of the daily change in gravity is presented. The subject of consideration was the manifestation of semidaily factors in diurnal variations of gravity. The assumption is investigated, according to which the cause of the half-day factors is the gravitational shielding of the planet Earth. Gravitational shielding is considered as a function of the size and thickness of celestial bodies and growing with distance from their poles. It is concluded that the planet Earth has the property of partial gravitational shielding, and the Moon does not have enough thickness to exhibit a tangible gravitational shielding. The obtained mathematical results correspond to the existing experimental data. It is suggested that gravitational shielding is the cause of the precession of the perihelion of Mercury and the peculiarities of the manifestation of tidal processes. It is assumed that gravitational shielding is one of the main reasons for the presence of hidden substances in the Universe. It is concluded that the physical picture with mutual shielding of interaction elements corresponds to the classical ideas of Fatio and Lesage. This approach is proposed as an alternative point of view to the existing theory on the description of tidal processes. It is shown that the existing basic approach to the description of tidal forces is unsatisfactory: the factors underlying the existing approaches have values 10 times less than those observed and cannot be considered as the reason for the manifestation of halfday manifestations in the daily change in gravity. The work is a continuation of the implementation by the author of P. Dirac's ideas about accounting for the size of microparticles in physical theory.

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On The Analogue of The Classical Ether And Its Physico-Philosophical Interpretation

Makhsudovich

2023

Japan J Res

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The paper deals with the question of the ether, the dispute about the existence of which has been going on for centuries. The version about the analogue of the classical ether, which is based on Dirac's ideas, is discussed. According to this version, the analogue of the classical ether is the own field of physical objects that meet all the requirements to be considered as ether: it is elastic, it is discrete, it is entrained. It is connected to the body and waves and disturbances can propagate in it. It is the only material substance connecting physical bodies with each other, providing interaction over a distance. A previously unknown property for light is justified: if there is no material body at a given point in space, then light will not come to this point. The consideration is given within the framework of the classical approach.

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Mass-area equivalence in classical physics and aspects of mutual shielding of objects

Cited by 5 publications

References 5 publications

On The Gravitational Shielding, Gravitational Permeability and Hidden Matter

On The Gravitational Shielding, Gravitational Permeability and Hidden Matter

Consideration of the Daily Variation of Gravity on the Manifestation of Gravitational Shielding

On The Analogue of The Classical Ether And Its Physico-Philosophical Interpretation

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