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Geologists estimate that Mercury's iron core occupies about 42% of its volume and it has a large magnetic field, for Earth this iron core proportion is 17%. Earth however is denser overall.
Mercury's core has a higher iron content than that of any other major planet in the Solar System. Mercury's core makes it the most iron-rich planet in the solar system, with iron accounting for 65-70% of the planet's mass. This should allow us from Earth to see unprecedented Magnetic Field interactions between Comet ISON, Mercury and our Sun.
Oct. 1st to Oct. 3rd comet ISON passed within 6-7 million miles of the north pole of Mars. It will pass above Earth on Dec. 26, approaching within 42 million miles.
Distance of planets from the Sun: Mars 146 million miles, Mercury 32 million, Earth 92 million.
Mars Goes Comet and Gains a Coma!!! October 2, 2013
Did Mars and Comet ISON React Electrically?
Ed Dames remote viewing video drawing/sketch: SOLAR FLARE to END HUMANITY in 2013 - REMOTE VIEWING with Major Ed Dames The Kill Shot (8:44 sec)
Thoughts
The shutdown of the U.S government, and the unprecedented lockdown of national sites, many of them privately owned, free and not even related to the Federal government coupled with the fact that you see both political parties in Washington D.C. stalemating the issue it is starting to show what is happening if you will look closer.
If the dollar folds there will chaos, and people will be more worried about losing their life savings than looking to the planets for signs of electrical chaos. Riots during a worldwide economic collapse will ensue and the police and armies of our world's countries can control the citizenry.
They are locking down paths, national parks, driveways, parking lots, highways through national parks (Some not all).
We saw what ISON did to Mars when it passed. It caused the entire planet to glow with plasma. Electrically charged particles even discharged from Mars and shot into space. Is it possible that if our Earth gets charged from ISON we could suddenly find ourselves on parts of our globe without power.
Preemptive messages to prepare would panic the public. Law and order would break down almost instantly along with the economy. Who would work? All savings would be withdrawn to buy items which would run out within the first week of panic buying, long before the event actually happened. Economic meltdown is a far easier way to keep order until the last minute.
We will know within a month when November 12-18th, 2013.
www.sciencedaily.com...
Press Release 08-12-03 Press Releases 2008
A Blast from the Past
Astronomers Resurrect 16th Century Supernova
Astronomers have used light echoes as a time machine to unearth secrets of one of the most influential events in the history of astronomy – a stellar explosion witnessed on Earth more than 400 years ago. By using a Galactic cloud as interstellar "mirror" an international team led by Oliver Krause of the Max Planck Institute for Astronomy in Germany has now re-analysed the same light seen on Earth in the 16th century and have, for the first time, determined the exact type of the explosion that happened. Calar Alto Observatory has contributed to this discovery and these results were published in the scientific journal Nature, 4th December 2008 issue.
A brilliant new star appeared on the sky in early November 1572. The new star outshined all other stars in brightness and was even visible during daylight. It was widely observed by astronomers all around the world and it helped to change our understanding of the Universe forever. Precise measurements of the star position by theDanish astronomer Tycho Brahe, revealed that the star was located far beyond the Moon. This was inconsistent with the Aristotelian tradition that had dominated western thinking for nearly 2000 years. The supernova of 1572 was a cornerstone in the history of science and is today known as Tycho's supernova
An international research team has now used light echoes from the ancient supernova outburst to precisely classify the supernova witnessed by Tycho Brahe and others more than 430 years in the past. Although the direct photons from Tycho’s supernova went past Earth in 1572, they spread out through space in a constantly expanding sphere. When the light hits a cloud of dust and gas off to the side (in the sky) of the supernova, some photons are reflected towards Earth, and they reach us years later. Think of dropping a rock into a still pond – the waves go outwards uniformly until they hit (say) a pier; new waves are generated, which also travel outwards. An observer on the far shore of the pond would first see the direct waves from the rock, and some time later the reflected waves from the pier. By using such a galactic cloud as interstellar "mirror", Dr Krause's team could re-observe the same light witnessed on Earth in the 16th century – shortly before the invention of the telescope – with the powerful scientific tools of the 21st century available at modern observatories such as Calar Alto and Subaru.
gardener
But of course, I mean holiday tree =D
Tis a known fact that mercury contains the most Iron, than any other planet in our ss, and that 3/4 of this planet is its iron core. Plus, mercury is roughly half the diameter of mars, and mercury is our ss's smallest planet. Iron's well know for it's magnetic, conductive, & oxygen binding(3/4 of the iron in our bodies is hemoglobin function).
It is the only other planet that has a magnetic field like earth. Why is mercury currently less magnetic than earth, if it has more iron than earth? Well mercury is more magnetic, but just its solar winds cancel out some of the magnetic field strength.
It is the only other planet that has a magnetic field like earth.
jaynkeelSo a magnetic field like earth is different than the only planet with a magnetic field. See the difference?
Arken
Te real problem with this Comet Ison is: Will it stay intact, or shatter in a drammatic explosion during its path toward the sun? The conseguences could be catastrophic...
The days leading up to perihelion will be tense ones.
wildespaceNo, I'm not gonna watch hours-long Thunderbolts videos. I want to see science, not someone talking about ancient myths and speculating wildly.edit on 19-10-2013 by wildespace because: (no reason given)
AbleEndangered
I wonder if metals in our body can react to it??
The Metals of the Earth??
The Molten Iron Mantle..
Our hard drives...
Arken
Te real problem with this Comet Ison is: Will it stay intact, or shatter in a drammatic explosion during its path toward the sun? The conseguences could be catastrophic...
The days leading up to perihelion will be tense ones.