Einstein’s theories of General Relativity fail to explain gravity anomalies during eclipses, especially why pendulums change their direction of movement and speed during an eclipse. The anomalies force us to consider alternative theories on gravity, whether or not gravity is carried by particles, and whether two celestial objects lined up have additive gravity (they simply add up to pull together in the same direction) or if a closer object measurably shields us from the gravitational attraction of the farther object.
FWIW, while researching End Times and 2019, (and attempting to better understand the cosmic forces that may soon destroy human civilization yet again) I was in frequent contact with astrophysicists like Gary C. Vezzoli, who concluded that muon neutrinos carry gravitational force and that they can be scattered by things like the high temperatures of the sun’s corona.
As one old online reference states: “Gary C. Vezzoli, Ph.D. SSS, is currently conducting theoretical and experimental research in the fundamental cause of gravity, employing an induced gravity model based on the neutrino as the gravity-bearing momentum-transferring external particle. He is also working in the area of magnetochemistry of the iron system and magnetophysics of the reversals of the earth’s magnetic poles.” Dr. Vezzoli explained to me that the magnetic polarity of the outer shell of the Earth’s core is measurably affected during certain astronomical alignments, (but there is no conclusive evidence that any alignment would create enough of an effect to induce a pole shift.) These are some of the many topics covered in End Times and 2019. I know prophecy is often associated with kooky pseudo-science but I worked hard to find valid scientific explanations for the facts I uncovered and the observations made by ancient civilizations…
As for the Allais Effect – the gravitational effects we observe during eclipses are strange, and the science behind the gravitational and pendulum anomalies are NOT resolved yet.
Excerpt below on the
Allais Gravitational Anomaly
“The Allais effect, or gravitational anomaly, is named after the French Nobel laureate (in economics) who described and tried to explain changes to gravity during a solar eclipse, as measured by his paraconical pendulum.
This brief gravity increase has never been explained using currently popular theories of gravity, but is easily explained with a 21st century version of push gravity with the help of gravitational lenses. In so doing, it provides a satisfactory answer, and challenges General Relativity gravity, which has no explanation.
Both General Relativity’s curved space, and Le Sage’s original push gravity, are expected to give similar results during a total eclipse. Both theories seem to predict that there will be a brief and slight DECREASE in gravity in the eclipse’s full shadow. However, there is a slight “Allais” gravitational INCREASE when measured by pendulums in the full shadow.”
From Wikipedia:
“The Allais effect refers to the alleged anomalous behavior of pendulums or gravimeters, which is sometimes purportedly observed during a solar eclipse. The effect was first reported as an anomalous precession of the plane of oscillation of a Foucault pendulum during the solar eclipse of June 30, 1954 by Maurice Allais, a French polymath
who went on to win the Nobel Prize in Economics. He reported another observation of the effect during the solar eclipse of October 2, 1959 using the paraconical pendulum he invented. This study earned him the 1959 Galabert Prize of the French Astronautical Society and made him a laureate of the US Gravity Research Foundation for his 1959 memoir on gravity.”
One scientific paper http://www.faidherbe.org/~foucault/fichiers explains:
“A very accurate Foucault-type pendulum slightly in-creases its period of oscillation and/or changes its plane of swing by up to 13.5 degrees at sites experiencing a partial eclipse of the Sun, as compared with any other time. This effect was first noticed by Allais over 40 years ago and both it and related phenomena are now named after him. Some such effect has been seen at several eclipses since then, but also not seen at other eclipses. In recent years, an anomalous eclipse effect on gravimeters has become well-established even under controlled environmental conditions especially pressure, which some of the pendulum experiments did not have. Several exotic explanations have been proposed, the most interesting of which is a possible shielding effect of the Sun’s gravity while the Moon is partly in front of the Sun….”
BUT, because the eclipse blocks sunlight, we must also consider “the sharp temperature drop that accompanies solar eclipses, with onset soon after the partial phase begins. This temperature drop creates air-mass movement into and out of the eclipse zone.” So there is a change in air pressure, up to 0.6%, which may partially explain apparent changes in gravity. However, [the article concludes] “We can therefore conclude that air mass movement during solar eclipses is a significant effect that cannot be neglected when trying to explain the Allais gravity anomaly, and might well be the entire explanation of the effect. However, the gravitational anomaly discussed here is only a few parts per billion of Earth’s own gravitational force, so it is about a factor of 100 000 too small to explain the Allais excess pendulum precession or the change in pendulum swing period.”
So the effect is still officially a mystery. If we’re lucky, some future Nobel prize winner will be experimenting on August 21 and discover a new concept of gravity that answers these questions.
About Author
