THIS SCIENTIFICALLY EXPLAINS HOW A BROWN DWARF STAR CALLED NIBIRU EXISTS In OUR SOLAR SYSTEM

Brown Dwarfs are extremely common in our galaxy, the two officially closest ones to us are only 19 light years away. However, their existence was only confirmed VERY recently.

"For many years, efforts to discover brown dwarfs were frustrating and searches to find them seemed fruitless. In 1988, however, University of California, Los Angeles professors Eric Becklin and Ben Zuckerman identified a faint companion to GD 165 in an infrared search of white dwarfs."
[link to en.wikipedia.org]

This is because Brown Dwarfs are only visible in the infrared spectrum:

Where can I purchase an infrared telescope for backyard use?
You can't. Most infrared light from celestial sources is absorbed by the Earth's atmosphere. Only a narrow window of near-infrared radiation (at wavelengths less than about 4 microns) reaches the Earth. Observations at these wavelengths requires that the infrared camera be cooled to hundreds of degrees below zero using a cryogen (such as liquid helium) and requires special solid-state infrared detectors (costing tens of thousands of dollars). Hence, it is impractical to consider a true infrared telescope for personal use.
[link to coolcosmos.ipac.caltech.edu]

So if Nibiru existed and was a Brown Dwarf, it would be extremely difficult for anything earth-based to detect it.

So, what about infrared telescopes in space?

Well, there were only 3 such telescopes ever built:

Which infrared observatories are currently operating in space?
There presently is no space-borne observatory capable of observing thermal infrared light from celestial objects. The Hubble Space Telescope (HST) carries an infrared instrument called NICMOS that can observe in certain near-infrared wavelengths, but not at mid-infrared or far-infrared wavelengths. The first space-borne infrared telescope was the Infrared Astronomical Satellite (IRAS), a collaborative effort of the US, UK, and the Netherlands. IRAS orbited the Earth for 10 months in 1983, and the mission ended when its onboard cryogen (refrigerant) was exhausted.
A second-generation astronomical observatory, with much greater capabilities, was the Infrared Space Observatory (ISO). This European Space Agency satellite orbited the Earth from late 1995 through early 1998.
The latest major infrared observatory launched into space will is the Spitzer Space Telescope, a NASA mission which was launched in August 2003. SIRTF was launched into an Earth-trailing solar orbit, and will operate for 5 years or more.
[link to coolcosmos.ipac.caltech.edu]

So if Nibiru existed, those missions would have seen it like a second sun in the night sky. Only a complete cover-up of the images could hide something so colossal...

Now that you know all this, watch this video:

What are Wikisky, Google sky and WWT hiding?

Connect the dots and you will conclude:

we

are

fucked