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I found out what Allais Effect is based on

Pixie of key

Master Poster
Joined
Aug 13, 2008
Messages
2,720
Look this video and

https://youtu.be/DZQTuHqyHQg


Now you too have the opportunity to do real science. That is, it should be clarified in which areas these studies related to pendulum disturbances have been performed when disturbances have occurred and in which areas when they have not occurred.

One of the mysteries of physics, then, is why the precise pendulums become confused during the eclipse of the Sun.

https://en.wikipedia.org/wiki/Foucault’n_heiluri

It goes without saying that the conditions in the experiments have certainly not been similar on a small scale due to the very angle at which particles / densities from the center of the Earth have encountered protruding particles from the Moon and particles / densities from the Sun where the shadow of the Moon has moved.

In other words, I predict that the more the Sun, Moon and the Earth's center have been aligned, the more disturbances have been observed.

This can now be traced back, as these scientific experiments have been carried out for more than 50 years during solar eclipses and disturbances in the movements of the pendulums have often been observed, but correspondingly often they have not been observed 😃

And I suppose it has been, in all its simplicity, exactly where this shadow of the Moon has been in relation to the line of the Sun and the center of the Earth.

The better the center of the Sun, the center of the moon and the center of the Earth have been aligned, the more disturbances in the movements of the pendulums 🤔🤔🤔

If so, then my view of how the universe works gives a logical explanation.

😃

With my motherlanguage

Nyt teilläkin on mahdollisuus tehdä oikeaa tiedettä. Eli Pitäisi selvittää millä alueilla näitä heilureiden häiriöihin liittyviä tutkimuksia on tehty silloin kun häiriöitä on esiintynyt ja millä alueilla silloin kun niitä ei ole esiintynyt.

Yksi fysiikan mysteereistä on siis se minkä takia tarkat heilurit menevät sekaisin Auringon pimennyksen aikana.

https://fi.wikipedia.org/wiki/Foucault’n_heiluri

On itsestään selvää että olosuhteet kokeissa eivät todellakaan ole olleet samanlaiset pienessä mittakaavassa johtuen juuri siitä missä kulmassa Maapallon keskustasta peräisin olevat hiukkaset / tihentymät ovat kohdanneet Kuun läpi työntyneitä ja Auringosta peräisin olevia hiukkasia / tihentymiä siellä missä Kuun varjo on liikkunut.

Eli ennustan että häiriöitä on havaittu sitä enemmän mitä paremmin Aurinko, Kuu ja Maapallon keskusta ovat olleet linjautuneina

Tämä voidaan nyt tsekata jälkeenpäin, koska kyseisiä tieteellisiä kokeita on tehty yli 50 vuoden ajan Auringonpimennysten aikana ja usein häiriöitä heilureiden liikkeissä on havaittu, mutta vastaavasti usein niitä ei ole havaittu 😃

Ja oletan että kyse kaikessa yksinkertaisuudessaan on ollut juuri siitä missä tämä Kuun varjo on ollut suhteessa Auringon ja Maapallon keskustan linjaan.

Mitä paremmin Auringon keskusta, Kuun keskusta ja Maapallon keskusta ovat olleet linjassa, sitä enemmän häiriöitä heilureiden liikkeissä 🤔🤔🤔

Jos näin, niin siihenhän näkemykseni maailmankaikkeuden toimintatavasta antaa loogisen selityksen.

😃
 
Just to show you are not being ignored.

Do you think that science is conducted via YouTube or is there some sort of document we can look at? One with hypotheses, equations, predictions, explanations and such?

Nice soccer ball by the way. Is it regulation?

:pixie1
 
Look this video and

https://youtu.be/DZQTuHqyHQg


Now you too have the opportunity to do real science. That is, it should be clarified in which areas these studies related to pendulum disturbances have been performed when disturbances have occurred and in which areas when they have not occurred.

One of the mysteries of physics, then, is why the precise pendulums become confused during the eclipse of the Sun.

https://en.wikipedia.org/wiki/Foucault’n_heiluri

It goes without saying that the conditions in the experiments have certainly not been similar on a small scale due to the very angle at which particles / densities from the center of the Earth have encountered protruding particles from the Moon and particles / densities from the Sun where the shadow of the Moon has moved.

In other words, I predict that the more the Sun, Moon and the Earth's center have been aligned, the more disturbances have been observed.

This can now be traced back, as these scientific experiments have been carried out for more than 50 years during solar eclipses and disturbances in the movements of the pendulums have often been observed, but correspondingly often they have not been observed 😃

And I suppose it has been, in all its simplicity, exactly where this shadow of the Moon has been in relation to the line of the Sun and the center of the Earth.

The better the center of the Sun, the center of the moon and the center of the Earth have been aligned, the more disturbances in the movements of the pendulums 🤔🤔🤔

If so, then my view of how the universe works gives a logical explanation.

😃

With my motherlanguage

Nyt teilläkin on mahdollisuus tehdä oikeaa tiedettä. Eli Pitäisi selvittää millä alueilla näitä heilureiden häiriöihin liittyviä tutkimuksia on tehty silloin kun häiriöitä on esiintynyt ja millä alueilla silloin kun niitä ei ole esiintynyt.

Yksi fysiikan mysteereistä on siis se minkä takia tarkat heilurit menevät sekaisin Auringon pimennyksen aikana.

https://fi.wikipedia.org/wiki/Foucault’n_heiluri

On itsestään selvää että olosuhteet kokeissa eivät todellakaan ole olleet samanlaiset pienessä mittakaavassa johtuen juuri siitä missä kulmassa Maapallon keskustasta peräisin olevat hiukkaset / tihentymät ovat kohdanneet Kuun läpi työntyneitä ja Auringosta peräisin olevia hiukkasia / tihentymiä siellä missä Kuun varjo on liikkunut.

Eli ennustan että häiriöitä on havaittu sitä enemmän mitä paremmin Aurinko, Kuu ja Maapallon keskusta ovat olleet linjautuneina

Tämä voidaan nyt tsekata jälkeenpäin, koska kyseisiä tieteellisiä kokeita on tehty yli 50 vuoden ajan Auringonpimennysten aikana ja usein häiriöitä heilureiden liikkeissä on havaittu, mutta vastaavasti usein niitä ei ole havaittu 😃

Ja oletan että kyse kaikessa yksinkertaisuudessaan on ollut juuri siitä missä tämä Kuun varjo on ollut suhteessa Auringon ja Maapallon keskustan linjaan.

Mitä paremmin Auringon keskusta, Kuun keskusta ja Maapallon keskusta ovat olleet linjassa, sitä enemmän häiriöitä heilureiden liikkeissä 🤔🤔🤔

Jos näin, niin siihenhän näkemykseni maailmankaikkeuden toimintatavasta antaa loogisen selityksen.

😃
You seem to have not heard of a strange phenomenon called "gravity". It's been around a while. Look it up.
 
"Foucault's pendulum is a highly localized, easily prepared experiment whose result is clear, powerful, and accessible even to the non-scientist. In short, the pendulum provides everything a science teacher could ask for in an instructional experiment."

From: https://www.brown.edu/Departments/I...ibility/Alison_Errico/Soft Moon/pendulum.html

You'd think that with all the public Foucault's Pendula around the World any anomalies during eclipses or other celestial events would be noticed by the visiting tourists and questions asked.

:whistling
 
One more thing to consider when examining during an eclipse is whether the pendulums are disturbed then.

One has to look at whether Mars or one of the gas planetary Moons as seen from behind the Earth.

That is, if the alignment of the Sun, Moon, and Earth is followed by one of the gas planets or Mars, then it adds to the disturbances in the pendulums.

And this is because then these expanding densities that transmit the pushing force meet each other for a long time against the same ball, whereby the internal pressure of the expanding densities increases, the internal movement / time accelerates and the interaction with the environment intensifies, etc.

��
 
One more thing to consider when examining during an eclipse is whether the pendulums are disturbed then.

One has to look at whether Mars or one of the gas planetary Moons as seen from behind the Earth.

That is, if the alignment of the Sun, Moon, and Earth is followed by one of the gas planets or Mars, then it adds to the disturbances in the pendulums.

And this is because then these expanding densities that transmit the pushing force meet each other for a long time against the same ball, whereby the internal pressure of the expanding densities increases, the internal movement / time accelerates and the interaction with the environment intensifies, etc.

��
Just FYI, Earth is over 700 million kilometers from the nearest gas giant (Jupiter). Others are way further than that. So any influence on pendulums on Earth is going to be zero.

Also, please don't juggle chainsaws while you are drinking that stuff.
 
One more thing to consider when examining during an eclipse is whether the pendulums are disturbed then.

One has to look at whether Mars or one of the gas planetary Moons as seen from behind the Earth.

That is, if the alignment of the Sun, Moon, and Earth is followed by one of the gas planets or Mars, then it adds to the disturbances in the pendulums.

And this is because then these expanding densities that transmit the pushing force meet each other for a long time against the same ball, whereby the internal pressure of the expanding densities increases, the internal movement / time accelerates and the interaction with the environment intensifies, etc.

��

Park Life
 
One more thing to consider when examining during an eclipse is whether the pendulums are disturbed then.

One has to look at whether Mars or one of the gas planetary Moons as seen from behind the Earth.

That is, if the alignment of the Sun, Moon, and Earth is followed by one of the gas planets or Mars, then it adds to the disturbances in the pendulums.

And this is because then these expanding densities that transmit the pushing force meet each other for a long time against the same ball, whereby the internal pressure of the expanding densities increases, the internal movement / time accelerates and the interaction with the environment intensifies, etc.

��

One thing? It's the first and only thing. There are Foucault pendulums on public display over over the World. Has anyone, anywhere, anytime reported anything suspicious at anytime time before, during or after an eclipse, transit, or any other astronomical event?
 
Of course not! They’ve all been outside looking at the eclipse, obviously.
 
Decrypting the Eclipse

A Solar Eclipse, Global Measurements
and a Mystery

https://science.nasa.gov/science-news/science-at-nasa/1999/ast06aug99_1

France, June 1954;
October 1959


pendulum

YES: Allais' original observations were repeated 3 times in 1954 and 1959 in France. In two locations: "two identical installations at St. Germain and Bougival, in an underground gallery (57 m deep) showing that the previously observed anomalies are still present." Allais, 1959.


Scotland, 1954;
Italy, 1965


gravimeter


NO: Given a null report in 1954 in Shetland, Scotland using static gravity meters, and in 1965 in Trieste, Italy.





Romania, 1961
pendulum


YES: The Allais effect was repeated in 1961 in Romania. "A number of observations were made of the behavior of a Foucault pendulum during the eclipse of the Sun of February 15, 1961. A similar result concerning a shift of the oscillation plane on June 30, 1954 was seen by Prof. Maurice Allais at St. Germain-Laye. These experiments should be repeated during other total eclipses of the sun." G.T. Jeverdan, et al, 1961 (A footnote states that after recording their deviations in the Foucault pendulum, the researchers discovered the Allais observations. In other words, they weren't looking for it.)





Boston, 1970
pendulum
YES: Allais effect repeated using a torsion pendulum. In the observations at Harvard, a 0.0372% increase in the period (29.570 second baseline) began with the eclipse onset, peaked just after the eclipse maximum (29.581 second max.) and then decreased to an offset value. The researchers conclude that "this agrees qualitatively with the work of Allais with a paraconical (Foucault) pendulum. The change of azimuth increased substantially in the first half of the eclipse of June 30, 1954." These effects manifest as an "apparent wavelike structure observed over the course of many years at our Harvard laboratory. It cannot be predicted on the basis of classical gravitational theory nor has it been observed in the quasistationary experiments underlying this theory (e.g. spring-operated gravimeters, seismographs, and interferometer devices)." Saxl and Allen, Phys. Rev. D3, 1971.


Finland, 1990
pendulum
NO: Not observed in 1990 Finland eclipse using a torsion pendulum. "In July 1990 there was a total solar eclipse in Helsinki, Finland. The results of Saxl and Allen, made at Harvard University during the total solar eclipse in March 1970, were tested using equipment which was quite similar to that used in Harvard. Four measurements, each lasting nine hours, were performed during the night preceding the eclipse, during the eclipse and the night after the eclipse and two weeks after the eclipse. In the limits of errors no effects were observed." Ullakko, et al, 1991.


Mexico City, 1991
pendulum

MAYBE: The team that conducted the Finland 1990 study detected an indefinite signal one year later in Mexico City. "In the y-position of the pendulum there are two distinct shifts which seem to appear at the beginning and the end of the eclipse... Our experiment cannot determine whether these shifts are produced by some eclipse-coordinated phenomena, e.g. some sort of tidal waves on the shell of the Earth which has altered the position of the pendulum system."





India, 1995
gravimeter
YES: A gravimeter detected slight changes during a solar eclipse. "[A one hour feature of the gravimeter record] of 10-12 microGal (10-8cm/s2)...can neither be classified under short period variations due to tidal effect or drift of the gravimeter nor under high frequency noise which have special patterns. Therefore, this variation is highly significant as it occurs with the onset of an eclipse...to understand its actual nature and mechanism, more planned experiments of this kind should be carried out during solar eclipses throughout the world whenever such opportunities are available." D.C. Mishra, M.B.S. Rao, National Geophysical Research Institute, Current Science, 72 (11) 1997 (783).
"The initial interpretation of the record points to three possibilities," says Dr. David Noever of NASA/Marshall, "A systematic error, a local effect, or the unexplored. To eliminate the first two possibilities, we and several other observers will use different kinds of measuring instruments in a distributed global network of observing stations."


🤔🤔🤔

😃
 
Just FYI, Earth is over 700 million kilometers from the nearest gas giant (Jupiter). Others are way further than that. So any influence on pendulums on Earth is going to be zero.

Also, please don't juggle chainsaws while you are drinking that stuff.


This is exactly how and the longer the expanding densities that transmit the pushing force move, the longer the entropy has time to affect them.

What is essential here is that the expanding densities that transmit thrust from Jupiter, for example, meet the expanding densities from the Sun that have already moved through the expanding Moon and the expanding Earth for as long as possible.

Maybe this is too much for you 🤔

All pulling forces is naked emperors, just like curving spsce is naked emperor.

😃
 
Allais Effect supports Savorinen's views on how the universe works

This protrudes just as I have told you many times 😃

The expanding densities in space that transmit the pushing force are affected by entropy.

Pushing-expanding densities from the moon meet thrust-transmitting densities from the center of the Earth to the counterpart, and thus their interaction intensifies whenever they encounter expanding densities against the following, etc.

Thus, the expanding sea on the lunar side expands due to these expanding densities that originate from the center of the expanding Earth.

On the other side of the expanding Earth, the expanding sea is expanding more strongly due to expanding densities from the Moon.

And the perceived perturbations of these pendulums are based on this same phenomenon.

The better the center of the expanding Sun, the center of the expanding Moon, and the center of the expanding Earth, the more clearly the disturbances in the pendulums are observed.

At least the internal pressure of these expanding condensations transmitting the pushing force then intensifies most effectively and at the same time the internal movement / time is accelerated and thus the interaction with the environment is intensified.

That is, the fact that disturbances in the pendulums are not always detected is logically explained by the fact that these solar eclipses, in which experiments have been performed without disturbances, have been in areas where there has been morning, evening, or closer to either pole than the equator.

This is very logical 😃

😃

With my motherlanguage

😃

Allais Effect tukee Savorisen näkemyksiä sen suhteen miten maailmankaikkeus toimii

Tää työntyy just niin kuin olen monta kertaa teille kertonut 😃

Työntävää voimaa välittäviin avaruudessa laajeneviin tihentymiin vaikuttaa entropia.

Kuusta peräisin olevat työntävää voimaa välittävät laajenevat tihentymät kohtaavat Maapallon keskustasta peräisin olevia työntävää voimaa välittäviä tihentymiä vastapalloon ja näin niiden keskinäinen vuorovaikutus voimistuu aina kun ne kohtaavat seuraavia vastaan työntyviä laajenevia tihentymiä jne jne.

Näin Kuun puolella oleva laajeneva meri laajenee näiden laajenevien tihentymien takia jotka ovat peräisin laajenevan Maapallon keskustasta.

Toisella puolella laajenevaa Maapalloa laajeneva meri laajenee voimakkaammin Kuusta peräisin olevien laajenevien tihentymien takia.

Ja näiden heilureiden havaitut häiriöt perustuvat tähän samaan ilmiöön.

Mitä paremmin laajenevan Auringon keskusta, laajenevan Kuun keskusta ja laajenevan Maapallon keskusta ovat linjassa, sitä selkeämmin häiriöitä heilureissa havaitaan.

Ainakin näiden työntävää voimaa välittävien laajenevien tihentymien sisäinen paine voimistuu siilloin tehokkaimmin ja samalla sisäinen liike / aika nopeutuu ja näin vuorovaikutus ympäristön kanssa voimistuu.

Eli se ettei häiriöitä heilureissa aina havaita selittyy loogisesti siten että nämä Auringonpimennykset, jossa kokeita on suoritettu siten ettei häiriöitä ole havaittu, ovat olleet alueilla jossa on ollut aamu, ilta tai sitten on oltu lähempänä jompaa kumpaa napa-aluetta kuin päiväntasaajaa.

Erittäin loogista on tämä 😃

😃
 
Yeah, suddenly this should be a 3 D animation.

Perhaps the matter will become clearer if these small-scale densities are replaced by galaxies so that galaxies flow in one direction really much and they encounter protruding galaxies really much. The trajectories of the galaxies meet and push through each other. Just a few dozen stars that collide with stars in another galaxy.

Now a lot of energy is released from these stellar collisions and as the galaxy pushes through the next galaxy, this energy released in previous stellar collisions pushes inside thousands of stars and boosts their internal pressure and releases much more energy and more about their ten star direct collisions.

Now, this galaxy that has protruded through the two galaxies is already interacting much more with the stars of its third protruding galaxy, and so on.

Fortunately, within the visible universe, the trajectories of galaxies meet very rarely, but on a small scale, these expanding densities that transmit pushing force protrude from every direction in every direction at the speed of light, so there are many more encounters that happen.

Pushing through the Moon or Earth amplifies their internal pressure because an expanding pushing force pushes inside them, which is circulated by the expanding nuclei of atoms.

Suddenly complicated, but described by 3D animations, a pretty simple thing.

😃
 
New theory suggests dark matter can create new dark matter from regular matter

https://phys.org/news/2021-11-theory-dark-regular.html

”An international team of physicists is proposing an addition to dark matter theory. In their paper published in the journal Physical Review Letters, the group is suggesting that dark matter came from regular matter and that dark matter is able to create more dark matter from regular matter.”

������



Now they are starting to be pretty close to the truth.

Even when you understand that it is dense that becomes less dense according to entropy, then open ��

That is, space-expanding dark matter is much denser than a registrable expanding substance, and expanding stars and expanding planets composed of a registrable expanding substance are capable of transforming an expanding dark matter into a registrable expanding substance.

That is, when such space-expanding dark matter is constantly protruding from space-expanding supermassive objects, it is also protruding through the space-expanding planets of space-expanding stars, transmitting a pushing force away from the center of the expanding galaxy.

A small portion of the expanding dark matter projecting through these expanding objects expands into a new expandable substance that can be registered within these space-expanding objects.



Because of this, a new magnetic expanding substance and thus a visible speck of the Sun protrude from the surface of the expanding Sun from time to time.



In the center of Jupiter, a new registrable expanding substance and a continuous stream towards the surface of the expanding Jupiter also maintains the red dot of the expanding Jupiter.



Also on other expanding gas planets, their own hurricanes / spots can be seen from time to time.



There is also new expanding matter in the centers of the stone planets, and at least from Venus, Earth, and Mars, protruding as gas currents that cause tornadoes and hurricanes on Earth, for example.



New water is also evaporating from the expanding Earth in space, so I predict that scientists will find that much more water is escaping from Earth than has been understood.

��
 
A pendulum, especially one like a Foucault style that is firmly attached to any basement rock, is very sensitive to geological disturbances. Even just walking near it will create measurable effects. One that is placed underground will be sensitive to disturbances from great distances through the rock, due to the transmission of earthquake-style waves. So a concentration of activity on the surface anywhere within a few kilometers of such an underground installation will be certain to be detected.

As has been mentioned (in jest) above, people stop to watch eclipses. So if a whole bunch of people all walk or drive to viewing places, sit still at the start of the eclipse, wait for it to finish, then all get up and walk or drive away afterwards, there's your so-called effects neatly explained.

Also, if water has been leaving Earth, it would have become bone dry long ago. Checking that the Pacific is still there tends to indicate that hasn't happened. ;)
 
So, an expanding dark matter from an expanding supermassive object in the center of the galaxy protrudes through the expanding Earth, and a small portion of it expands into an expandable substance that can be registered within the Earth, some of which protrudes out of the expanding Earth as gases and vaporized water.

Such flows of new gas and water vapor, cause hurricanes, protruding from the expanding Earth.

Especially when the Earth is in the region between a supermassive object in the center of the Sun and the center of the galaxy, a lot of expanding densities of dark expanding matter stop in the center of the Earth and expand into registrable expanding matter when they collide with the expanding nuclei of the Earth.

This is far too much for many

😃
 
This is very interesting

International Journal of Astronomy and Astrophysics,

The Cause of the Allais Effect Solved
Bjarne Lorenzen
VUC Kolding Denmark.

"in"
https://www.google.fi/search?q=Indi...tric pressure during an eclipse can certainly


"An Anisotropic Dark Flow Acceleration can solve the cause of the Allais Effect [1]. This claim is based on a kinematic
analysis of 21 Allais Effect measurements. All measurements (without exception) substantiate that the Allais Effect
is consistent with anisotropic acceleration and that the acceleration is directed in the same direction as Dark Flow. So
far, Allais Effect measurements have taken place blindfolded. Now, it is possible to calculate and predict when and
where the Allais Effect can be confirmed, and of course also predict where and why no effect can be confirmed. In
addition, it is now also possible to calculate the expected strength of the anomalies, and even whether the effect can
be measured before or after the eclipse reaches the maximum. Sometimes pendulums are the most effective instrument
to use. The reason why such strange devices (sometimes) are the best option is no longer a mystery either. This new
theory also uncovers why advanced instruments have been successful to use only a few times, which also explains
how such significant acceleration could have been hidden for such a long time. The exact magnitude of the anisotropic
acceleration is calculated to be around 35μGal (3,5*10-7m/s2
). The theory also predict a completely new measurement
method, which will revolutionize this aspect of science."

Dark flow

🤔🤔🤔

😃
 

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