2013年3月27日水曜日
Note On March 26, 2013
By LavenderRose
Planet X Nibiru in Real Time Our Two Suns ~ Meteor Showers are Just the Beginning
Tuesday, March 26, 2013 23:57
(Before It's News)
Celestial body Nibiru, a possible brown dwarf twin star to our Sun now beginning to approach its perihelion or closest distance to our Sun. The U.S. and international security state has been tracking Nibiru since at least 1983 through NASA's Infrared Astronomical Satellite (IRAS), and since 2007 through the South Pole Telescope at the Amundsen-Scott South Pole Station in Antarctica. At perihelion, interactions between our Sun and this possible brown dwarf twin star may present an extreme hazard to Earth, including solar flares and electrical discharges between our Sun and the dwarf star. At perihelion, our Sun and the brown dwarf star will possibly be separated by an estimated 2.85 AU (One AU equals 93 million miles).
My Many, Many Thanks to Mikael Perez and to The100sevgilim http://www.youtube.com/user/The100sevgilim?feature=watch
Meteors like the one that exploded over the city of Chelyabinsk, Russia in the early morning hours of February 15, 2013 will become more common as the Earth passes through the debris tail of Nibiru Planet X.
Many witnesses of this event noted a loud explosion as it streaked through the atmosphere at 40,000 miles an hour. This article will try to explain why these events will become more common in the near future.
The tail of Nibiru Planet X is a vast debris field of space dust, meteors and asteroids that this complex of planets and moons have collected as it orbits our Sun every 3,657 years.
Nibiru Planet X is now located very close to our Sun as it moves out of our solar system and so any meteors caught in the Earth's magnetic field will appear to be coming from the direction of our Sun as our planet passes through Nibiru Planet X's tail.
Some sources in Russia have claimed it was able to shoot down this meteor at an altitude of 20 kilometers with a missile salvo from its air defenses, if so it is possible that it helped to prevent an even larger impact on the surface of the planet, even so the impact wave of the explosion shattered thousands of windows and injured as many as 1,200 people.
Many of the people injured came from exploding glass from windows that were shattered by the loud explosion and resulting shock wave. Hundreds of buildings were damaged including the roof to a Zinc factory and natural gas unit for heating was cut to many homes.
Another meteor also struck the town of Rodas, Cuba Friday, February 15, 2013, residents say that it was very bright, as big as a bus and it exploded in the sky making a frightening loud noise. Not much is known about this fireball but that the shock wave shook houses nearby. It is estimated that about 500 meteorites reach the Earth's surface every year but only about five of these are actually large enough to be detected by radar and recovered on the ground.
The meteor in Russia is prime example of how the world governments soon will be unable to spin global events away from the truth. The longer they wait to fully disclose the truth to the public the greater the risk to their credibility will be.
Nibiru Planet X February 17, 2013, Meteor Showers are Just the Beginning
▼ more here
Before It's News
http://beforeitsnews.com/space/2013/03/planet-x-nibiru-in-real-time-our-two-suns-meteor-showers-are-just-the-beginning-2456926.html
2013年3月8日金曜日
Giant Planet Found In Oort Cloud On March , 2013
By Alton Parrish (Reporter)
Has Tyche Been Found? Planet X Ejected From Another Solar System, Giant Planet 4X Larger Than Jupiter In Oort Cloud Sought By Astronomers
Friday, March 8, 2013 10:42
(Before It's News)
In November 2010, the scientific journal Icarus published a paper by astrophysicists John Matese and Daniel Whitmire, who proposed the existence of a binary companion to our sun, larger than Jupiter, in the long-hypothesized "Oort cloud" -- a faraway repository of small icy bodies at the edge of our solar system. The researchers use the name "Tyche" for the hypothetical planet. Their paper argues that evidence for the planet would have been recorded by the Wide-field Infrared Survey Explorer (WISE). Has that giant planet or dwarf star been found?
In a word, no. Not yet. They are still looking. There is no brown dwarf entering our solar system. That is a misinterpretation of the work of astrophysicists John Matese and Daniel Whitmire.
The WISE mission's discoveries of previously unknown objects so far includes include an ultra-cold star or brown dwarf, 20 comets, 134 near-Earth objects (NEOs), and more than 33,000 asteroids in the main belt between Mars and Jupiter.
Is it a certainty that WISE would have observed such a planet if it exists?
It is likely but not a foregone conclusion that WISE could confirm whether or not Tyche exists. Since WISE surveyed the whole sky once, then covered the entire sky again in two of its infrared bands six months later, WISE would see a change in the apparent position of a large planet body in the Oort cloud over the six-month period. The two bands used in the second sky coverage were designed to identify very small, cold stars (or brown dwarfs) -- which are much like planets larger than Jupiter, as Tyche is hypothesized to be.
If Tyche does exist, why would it have taken so long to find another planet in our solar system?
Tyche would be too cold and faint for a visible light telescope to identify. Sensitive infrared telescopes could pick up the glow from such an object, if they looked in the right direction. WISE is a sensitive infrared telescope that looks in all directions.
As of December 2012, projects planned for the enhanced WISE data include the search for nearby, hidden cool stars, including those with masses as low as planets. If a large planet or tiny star does exist close to our solar system, an object some call "Tyche," then WISE's infrared data may reveal it.
This colorful picture is a mosaic of the Lagoon nebula taken by NASA's Wide-field Infrared Survey Explorer, or WISE.
Tyche is the nickname given to a hypothetical gas giant located in the Solar System's Oort cloud, first proposed in 1999 by astronomer John Matese of the University of Louisiana at Lafayette. Matese and his colleague Daniel Whitmireargue that evidence of Tyche's existence can be seen in a supposed bias in the points of origin for long-period comets. For a scientific paper on Tyche
They noted that Tyche, if it exists, should be detectable in the archive of data that was collected by NASA's Wide-field Infrared Survey Explorer (WISE) telescope. However, several astronomers have voiced skepticism of this object's existence. Analysis over the next couple of years will be needed to determine if WISE has actually detected such a world or not
Matese first proposed the existence of this planet in 1999, based on his observations of the orbits of long-period comets. Most astronomers agree that long-period comets (those with orbits of thousands of years) have an isotropic distribution; that is, they arrive at random from every point in the sky. Because comets are volatile and dissipate over time, astronomers suspect that they must be held in a spherical cloud tens of thousands of AU distant (known as the Oort cloud) for most of their existence.
However, Matese claimed that rather than arriving from random points across the sky as is commonly thought, comet orbits were in fact clustered in a band inclined to the orbital plane of the planets. Such clustering could be explained if they were disturbed by an unseen object at least as large as Jupiter, possibly a brown dwarf, located in the outer part of the Oort cloud. He also suggested that such an object might also explain the trans-Neptunian object Sedna's peculiar orbit. However, his sample size was small and the results were inconclusive.
Orbit
Whitmire and Matese speculate that Tyche's orbit would lie at approximately 500 times Neptune's distance; equivalent to 15,000 AU (2.2×1012 km) from the Sun, a little less than one quarter of a light year. This is still well within the Oort cloud, whose boundary is estimated to be beyond 50,000 AU. It would have an orbital period of roughly 1.8 million years.
A failed search of older IRAS data suggests that an object of 5 MJ would need to have a distance greater than 10,000 AU. Such a planet would orbit in a different plane in orientation to our current planet orbits,[13] and probably formed in a wide-binary orbit. Wide binaries may form through capture during the dissolution of a star's birth cluster.
Mass
General size comparison between the Sun, a low-mass star, a brown dwarf, and the planets Jupiter and Earth.
Credit: NASA
CNN did not actually report a brown dwarf entering our solar system, they reported on the hypothetical planet Tyche.
Whitmire and Matese speculate that the hypothesized planet could be up to four times the mass of Jupiter and have a relatively high temperature of approximately 200 K[3] (−73C), due to residual heat from its formation and Kelvin-Helmholtz heating. It would be insufficiently massive to undergo nuclear fusion reactions in its interior, a process which occurs in objects above roughly 13 Jupiter masses.
▼ more here
Before It's News
http://beforeitsnews.com/space/2013/03/has-tyche-been-found-giant-planet-4x-larger-than-jupiter-in-oort-cloud-2455856.html
Has Tyche Been Found? Planet X Ejected From Another Solar System, Giant Planet 4X Larger Than Jupiter In Oort Cloud Sought By Astronomers
Friday, March 8, 2013 10:42
(Before It's News)
In November 2010, the scientific journal Icarus published a paper by astrophysicists John Matese and Daniel Whitmire, who proposed the existence of a binary companion to our sun, larger than Jupiter, in the long-hypothesized "Oort cloud" -- a faraway repository of small icy bodies at the edge of our solar system. The researchers use the name "Tyche" for the hypothetical planet. Their paper argues that evidence for the planet would have been recorded by the Wide-field Infrared Survey Explorer (WISE). Has that giant planet or dwarf star been found?
In a word, no. Not yet. They are still looking. There is no brown dwarf entering our solar system. That is a misinterpretation of the work of astrophysicists John Matese and Daniel Whitmire.
The WISE mission's discoveries of previously unknown objects so far includes include an ultra-cold star or brown dwarf, 20 comets, 134 near-Earth objects (NEOs), and more than 33,000 asteroids in the main belt between Mars and Jupiter.
Is it a certainty that WISE would have observed such a planet if it exists?
It is likely but not a foregone conclusion that WISE could confirm whether or not Tyche exists. Since WISE surveyed the whole sky once, then covered the entire sky again in two of its infrared bands six months later, WISE would see a change in the apparent position of a large planet body in the Oort cloud over the six-month period. The two bands used in the second sky coverage were designed to identify very small, cold stars (or brown dwarfs) -- which are much like planets larger than Jupiter, as Tyche is hypothesized to be.
If Tyche does exist, why would it have taken so long to find another planet in our solar system?
Tyche would be too cold and faint for a visible light telescope to identify. Sensitive infrared telescopes could pick up the glow from such an object, if they looked in the right direction. WISE is a sensitive infrared telescope that looks in all directions.
As of December 2012, projects planned for the enhanced WISE data include the search for nearby, hidden cool stars, including those with masses as low as planets. If a large planet or tiny star does exist close to our solar system, an object some call "Tyche," then WISE's infrared data may reveal it.
This colorful picture is a mosaic of the Lagoon nebula taken by NASA's Wide-field Infrared Survey Explorer, or WISE.
Tyche is the nickname given to a hypothetical gas giant located in the Solar System's Oort cloud, first proposed in 1999 by astronomer John Matese of the University of Louisiana at Lafayette. Matese and his colleague Daniel Whitmireargue that evidence of Tyche's existence can be seen in a supposed bias in the points of origin for long-period comets. For a scientific paper on Tyche
They noted that Tyche, if it exists, should be detectable in the archive of data that was collected by NASA's Wide-field Infrared Survey Explorer (WISE) telescope. However, several astronomers have voiced skepticism of this object's existence. Analysis over the next couple of years will be needed to determine if WISE has actually detected such a world or not
Matese first proposed the existence of this planet in 1999, based on his observations of the orbits of long-period comets. Most astronomers agree that long-period comets (those with orbits of thousands of years) have an isotropic distribution; that is, they arrive at random from every point in the sky. Because comets are volatile and dissipate over time, astronomers suspect that they must be held in a spherical cloud tens of thousands of AU distant (known as the Oort cloud) for most of their existence.
However, Matese claimed that rather than arriving from random points across the sky as is commonly thought, comet orbits were in fact clustered in a band inclined to the orbital plane of the planets. Such clustering could be explained if they were disturbed by an unseen object at least as large as Jupiter, possibly a brown dwarf, located in the outer part of the Oort cloud. He also suggested that such an object might also explain the trans-Neptunian object Sedna's peculiar orbit. However, his sample size was small and the results were inconclusive.
Orbit
Whitmire and Matese speculate that Tyche's orbit would lie at approximately 500 times Neptune's distance; equivalent to 15,000 AU (2.2×1012 km) from the Sun, a little less than one quarter of a light year. This is still well within the Oort cloud, whose boundary is estimated to be beyond 50,000 AU. It would have an orbital period of roughly 1.8 million years.
A failed search of older IRAS data suggests that an object of 5 MJ would need to have a distance greater than 10,000 AU. Such a planet would orbit in a different plane in orientation to our current planet orbits,[13] and probably formed in a wide-binary orbit. Wide binaries may form through capture during the dissolution of a star's birth cluster.
Mass
General size comparison between the Sun, a low-mass star, a brown dwarf, and the planets Jupiter and Earth.
Credit: NASA
CNN did not actually report a brown dwarf entering our solar system, they reported on the hypothetical planet Tyche.
Whitmire and Matese speculate that the hypothesized planet could be up to four times the mass of Jupiter and have a relatively high temperature of approximately 200 K[3] (−73C), due to residual heat from its formation and Kelvin-Helmholtz heating. It would be insufficiently massive to undergo nuclear fusion reactions in its interior, a process which occurs in objects above roughly 13 Jupiter masses.
▼ more here
Before It's News
http://beforeitsnews.com/space/2013/03/has-tyche-been-found-giant-planet-4x-larger-than-jupiter-in-oort-cloud-2455856.html
CNN Announces On March 8, 2013
By Gibiru
CNN Announces Brown Dwarf Entering our Solar System
Friday, March 8, 2013 8:42
(Before It's News)
One might think that the lamestream media might have kept an eye on this particular headline from August 2011. Since CNN has not redacted the story as a mistake, one would have to infer that that the story simply fell off their radar, or... The Government has a forced media blackout on the subject. Either way, could explain the increasing number of comets, asteroids and meteors lately in 2013...
2013-03-08 08:39:31
Source: http://gibiru.com/index.php/uncensored-news/78-news/31640-cnn-announces-brown-dwarf-entering-our-solar-system
Related Stories
Gibiru
http://gibiru.com/index.php/uncensored-news/78-news/31640-cnn-announces-brown-dwarf-entering-our-solar-system
Before It's News
http://beforeitsnews.com/space/2013/03/cnn-announces-brown-dwarf-entering-our-solar-system-245584
CNN Announces Brown Dwarf Entering our Solar System
Friday, March 8, 2013 8:42
(Before It's News)
One might think that the lamestream media might have kept an eye on this particular headline from August 2011. Since CNN has not redacted the story as a mistake, one would have to infer that that the story simply fell off their radar, or... The Government has a forced media blackout on the subject. Either way, could explain the increasing number of comets, asteroids and meteors lately in 2013...
2013-03-08 08:39:31
Source: http://gibiru.com/index.php/uncensored-news/78-news/31640-cnn-announces-brown-dwarf-entering-our-solar-system
Related Stories
Gibiru
http://gibiru.com/index.php/uncensored-news/78-news/31640-cnn-announces-brown-dwarf-entering-our-solar-system
Before It's News
http://beforeitsnews.com/space/2013/03/cnn-announces-brown-dwarf-entering-our-solar-system-245584
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