“…(15), do not satisfy additional fundamental equations of the relativistic gravitation theory (7), (8).…”
Section: Non-static Spherically-symmetric Interval In Relativistic Grmentioning
confidence: 97%
“…It was shown in [7,8] that the homogeneous metric can combine with a nonuniform scalar field. In this work, we investigate into a possibility of combining the inhomogeneous metric with a uniform scalar field.…”
Section: ) Research Into Galaxy Genesismentioning
confidence: 98%
“…One can easily see through direct substitution that there is a nonstatic internal solution to the sets of equations (14) and (7) and (8) …”
Section: Non-static Spherically-symmetric Interval In Relativistic Grmentioning
confidence: 99%
“…The presence of these antigravitating objects in the centers of common bodies can be a physical substantiation of the conclusion drawn in the RGT concerning impossibility of transition of common matter under the Schwarzschild sphere. Uniform scalar fields of such objects can generate common matter by the spontaneous-emission mechanism of the Lemaître primary atom [16][17][18], thus it is, in principle, accessible for examination. Such an atom is I-dimensional, occurs on geometrodynamics quantization, and exists in abstract superspace, whose coordinate is the scaling factor.…”
Section: Motion In the Gravitational Field Of A Vacuum-like Spherementioning
A possibility of existing spheres filled with a uniform constant scalar field in the Universe is shown. These spheres can act as "dark matter" and can be responsible for a decreasing behavior of the "rotational" curved galaxies observed.
“…(15), do not satisfy additional fundamental equations of the relativistic gravitation theory (7), (8).…”
Section: Non-static Spherically-symmetric Interval In Relativistic Grmentioning
confidence: 97%
“…It was shown in [7,8] that the homogeneous metric can combine with a nonuniform scalar field. In this work, we investigate into a possibility of combining the inhomogeneous metric with a uniform scalar field.…”
Section: ) Research Into Galaxy Genesismentioning
confidence: 98%
“…One can easily see through direct substitution that there is a nonstatic internal solution to the sets of equations (14) and (7) and (8) …”
Section: Non-static Spherically-symmetric Interval In Relativistic Grmentioning
confidence: 99%
“…The presence of these antigravitating objects in the centers of common bodies can be a physical substantiation of the conclusion drawn in the RGT concerning impossibility of transition of common matter under the Schwarzschild sphere. Uniform scalar fields of such objects can generate common matter by the spontaneous-emission mechanism of the Lemaître primary atom [16][17][18], thus it is, in principle, accessible for examination. Such an atom is I-dimensional, occurs on geometrodynamics quantization, and exists in abstract superspace, whose coordinate is the scaling factor.…”
Section: Motion In the Gravitational Field Of A Vacuum-like Spherementioning
A possibility of existing spheres filled with a uniform constant scalar field in the Universe is shown. These spheres can act as "dark matter" and can be responsible for a decreasing behavior of the "rotational" curved galaxies observed.
“…The foregoing production of ordinary matter of the Universe ( ) γ, , ,μ, ,ν... n p e and gravitons can be used as a regular atomic model of the Big Bang [10][11][12][13]. In [14], the possibility of existence of spheres filled with a constant scalar field is proved theoretically, and it is shown that they can act as dark matter and be responsible for a nonexponential behavior of the observed rotational curves of galaxies.…”
It is shown that vector bosons can gain a mass due to vacuum-like scalar field imitating dark energy and dark matter of the Universe. This means that the fact of existence of the observed massive carriers of weak interactions can be a signal of dark energy.
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