Publication Date:
2022-11-03
Description:
For the first time a multiple connection among Expanding Earth and many phenomena of physics and cosmology.
Description:
From Earth Sciences and geoneutrino experiments Borexino and KamLAND come
clues on a role of the aether in the geological evolution of Earth and planets, and of all the
structures of the universe. Through the problem of the storage of the aether arriving into
the heavenly bodies, hydrodynamic explanation of gravitation is found closely related to the
concept of the expanding Earth. Variable radius paleogeography allows a rough evaluation of
the amount of ordinary matter that is added to the planet in the time unity, and the statement
of some inferences on the Earth’s inner energy balance. With the help of astrophysics the
aether’s density, flow rate, and velocity are computed. The origin of the cosmological redshift
and the gravitational redshift is unified to the cause of gravitation, with a concept similar,
but not coincident, with that of tired light, considered very plausible by cosmologists such
as Edwin Hubble and Fritz Zwicky. A superluminal aether’s speed at the Earth’s surface
is found. INFN experiments confirm hydrodynamic gravitation and superluminal velocities,
and it is possible to highlight an interrelations of aether parameters with the actually known
cosmological parameters H0, G, c. The unification of the hydrodynamic gravitation and the
expansion of the heavenly bodies, through the existence of a little dissipative force – a non-
Newtonian concept – is linked to a revision of the theories of physics and cosmology, in which
the actually accepted physics laws are only good approximations of a more complex reality.
Description:
INGV
Description:
Not submitted
Description:
25
Description:
1T. Struttura della Terra
Description:
N/A or not JCR
Keywords:
Gravitation
;
Hydrodynamic Gravitation
;
Redshifts
;
Expanding Earth
;
Earth's evolution and cosmology
;
Hydrodynamic Gravitation
Repository Name:
Istituto Nazionale di Geofisica e Vulcanologia (INGV)
Type:
manuscript
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