I was just reading this article http://www.facebook.com/ext/share.php?s … amp;ref=nf Now, I never heard about a solar eclipse having an effect on gravity but apparently there have been "anomalies" reported when they occur.
Anyways, so there is a new study going on that seeks to either prove or dismiss whether or not a solar eclipse can change gravity.
Obviously there are a list of other theories on the table to explain the strange pendulum swings that seem to only occur during an eclipse... last report, if I can remember off the top of my head from the article, in 1954.
So we shall see.
Anyways, if it did have an effect on gravity... I guess I don't know what understanding would change. Anyone care to enlighten me.
Gravity is not that will understood when you try to reconcile it with quantum physics, so there is no telling how it would be interpreted or incorporated into current theory.
It is interesting that the gravitational lensing effect that can be observed during solar eclipses was used to validate Einstein's theory of General Relativity, but I don't know if there are any theories on the table already waiting to be validated by this solar eclipse effect.
I suspect they would just find some way to incorporate it into General Relativity instead of creating a new theory, but unexplainable events is where new science comes from.
Hi, Sandra. It seems to me that, since the moon can pull the ocean to make tides, then gravity is always being effected in just that sense alone. Where the tides rise the water is weighing less, eh? So maybe when the sun is in the same line as the moon then the effect is magnified somewhat. Thanks for the interesting observation.
The water doesn't weigh less and gravity doesn't tug at the water itself per say.
The article wasn't about gravity being more intense. It was more about some sort of shift... like...um...
We know that we have a north pole and a south pole and that using a compass always points to the same poles... of course depending on what side of the hemisphere you are but regardless, the anomaly is that a pendulum swings north and south (you know what I mean) but during this time, it swings east to west.
Then if I jump up at the wrong time I won't fall off the Earth? *whew!* (however, I might fall into the wall rather than back to the floor. I do find that a bit disconcerting...
I suspect that somebody in the olden times bumped the pendulum and did not fess up.
A shift noticeable by the naked eye would be monumental, to say the least. It is so unlikely that I'm not sure why New Scientist even covered it...well maybe for this attention...
I don't know about solar eclipses, but I do recall hearing some information about String / Super String theory in which gravity is described as one of several dimensional forces acting on matter. The Idea about solar eclipses affecting gravity may be rooted in this discussion.
This is a url to the program I watched:
I have a theory for why it might alter gravity. In is an arm chair scientist theory, but here goes. With two major bodies, that each have their own form of gravity, pulling on the earth in alignment the usual balance of gravity can be lessened or strengthened by the combined gravitational pull of each of these bodies. This could explain the anomalies with out challenge the current laws of physics.
I dunno, it sounds more like a atmospheric pressure change. Of course I think that is what they are trying to find out. Is it something that can be easily proved or is there something more to understand about gravity.
I can't wait to hear the results. Still though, I don't know what part about gravity would be challenged.
When feeling guilty because you broke your diet, wait for a solar eclipse before you get on the scale. :-)
I believe it will affect gravity, but the effect will be negligble and very hard to quantify.
I just made a hub my theory. It is simplistic, but I love to think of these things.
Ahhh...that is kind of the definition of tidal force...nothing new...good try though.
There was a "harmonic convergence" a few years ago that freaked out the New Agers.
Well I don't know if anyone got to reading the link I left with the original article I got this from but.. umm..
They are wondering why the pendulum would swing in a different direction because of an eclipse.
what's this???! "harmonic convergence" that sounds interesting.
...New Age blah...Mayan blah...Most of the planets are all lined up, sort of in a row...New Age Blah...blah..........blah...
Oh, I thought there was going to be something interesting.
i don't think system planetary alignment is particularly UNinteresting, even if it has less than spectacular effect. meteor showers are pretty mundane as far as the cosmos go, but we still think they're neat, yeah? maybe i'm alone on that one...but hey, i'm really just eleven.
by jerami5 years ago
Having a wondering about it moment. I don't have an answer. That black hole at the center of our universe may not exert its pull upon the earth as much as it does on our sun. ...
by Alexander A. Villarasa2 years ago
An article on National Geographic, in discussing "The Multiverse" stated it simply this way: "One can best get a sense of the fine-tuning problem by thinking about the gravitational force. If this...
by Emile R3 years ago
I've put this into the philosophy forum because I'm interested in what those who ponder the meaning of the cosmos would consider the ramifications of the answer to be.We talk of the Space-Time Continuum. We know the...
by Eric Newland4 years ago
...there would be no gravity.My reasoning comes from the Shell Theorem:http://en.wikipedia.org/wiki/Shell_theoremSimply put, a spherical shell exerts no net gravitational force on objects inside it. Likewise, there will...
by Person of Interest3 years ago
For those who care.For real.http://events.slooh.com/
by My Esoteric20 months ago
I have heard many times that one reason the "inflation theory" has been challenged is the argument that is if it were true then the expansion would have to happened at a speed faster than light, in violation...
Copyright © 2017 HubPages Inc. and respective owners.
Other product and company names shown may be trademarks of their respective owners.
HubPages® is a registered Service Mark of HubPages, Inc.
HubPages and Hubbers (authors) may earn revenue on this page based on affiliate relationships and advertisements with partners including Amazon, Google, and others.