segunda-feira, 28 de abril de 2014

IMPORTANT!! CONFIRMED THE EXISTENCE OF PLANET X NIBIRU

UNTIL DAYS AGO could not get RELEVANT INFORMATION SEARCH PROBE WISE .
 SUDDENLY HAVE THE NEWS BELOW .

It is MUCH Deception .

REMIND YOU OF PLANET X NINIRU OR WHICH HAVE A MASS OF JUPITER The 10X ?

AS and read BELOW AND SAVE UP WHO CAN ...
Announced the existence of dark object and the giant 7.2 light years


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American researchers confirmed that an object with about 10 times the size of Jupiter was detected in the vicinity of the Sun The body is extremely cold and can not be seen in the length of visible light .
WISE J085510.83 - 071442.5
The discovery of the new object was based
in images and data from WISE and Spitzer space telescopes , NASA , and announced by scientists linked to the Center for Exoplanets and Habitable Worlds at Penn .
According to Kevin Luhman , team leader discoverers , it seems the new object is a brown dwarf , a gaseous object almost stellar dimensions , but of insufficient mass to start nuclear fusion process and make it shine like a star.
Dubbed WISE J085510.83 - 071442.5 , the brown dwarf is located just 7.2 light years from the Sun ( about 70 trillion miles ) , making it the fourth system closest to the sun . Moreover , according to the researchers , the object is extremely cold , with temperatures ranging between -48 and -13 degrees, which would be the most cold brown dwarf ever detected .

" It is remarkable to know that even after decades studying the sky , we still lack a complete inventory of the neighbors of the Sun ," said Michael Werner , a scientist responsible for the Spitzer Space Telescope Mission by the Jet Propulsion Laboratory , NASA .

invisible
WISE J085510.83 - 071442.5 is a cold and distant object and not radiate light in the visible spectrum can not be seen by traditional telescopes . To discover it was necessary to observe the sky in the infrared spectrum , where the heat glow of objects can be detected . To do this the researchers used images from the Spitzer Space Telescopes and Wise , whose mission was precisely scan the sky at this wavelength and map celestial bodies that would otherwise go unnoticed .

Upon detection of WISE J085510.83 - 071442.5 , Kevin Luhman 's team began to use the data generated by infrared telescopes on Cerro Pachon and Gemini , Chile .
Combining the images taken of the object taken from different positions around the Sun by space and ground telescopes , the researchers could determine the parallax and then calculated the distance of the brown dwarf , estimated at 7.2 light years closer the fourth system of the Sun after the trio Alpha Centauri, located 4 light years away .

Nemesis
In March 2013, the analysis of images taken by the WISE team Luhman also demonstrated the existence of a much warmer pair of brown dwarfs , located 6.5 light years. However , so far their search has shown that the outer solar system contains no large planet undiscovered , eliminating the possibility of the existence of a supposed " Planet X " or star Nemesis , a binary companion to our Sun hypothetical

Art : The animation shows a series of images taken by Spitzer telescopes and Wise , which enabled the detection of the brown dwarf J085510.83 - 071442.5 . Credit: NASA / JPL


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