Nibiru - Fire in the Sky - Two Suns - Find out What the Expert Astronomers are Saying

Astronomers Confirm the idea of Nibiru, and have made efforts to inform the public that there is no threat to Earth. They point out that such an object so close to Earth would be easily visible to the naked eye. A planet such as Nibiru would create noticeable effects in the orbits of the outer planets. Some counter this by claiming that the object has been concealed behind the Sun for several years, though this would be geometrically impossible. Most photographs showing “Nibiru” by the Sun are in fact of lens flares, false images of the Sun created by reflections within the lens.

Astronomer Mike Brown notes that if this object’s orbit were as described, it would only have lasted in the Solar System for a million years or so before Jupiter expelled it, and that there is no way another object’s magnetic field could have such an effect on Earth. Lieder’s assertions that the approach of Nibiru would cause the Earth’s rotation to stop or its axis to shift violate the laws of physics. In his rebuttal of Immanuel Velikovsky’s Worlds in Collision, which made the same claim that the Earth’s rotation could be stopped and then restarted, Carl Sagan noted that, “the energy required to brake the Earth is not enough to melt it, although it would result in a noticeable increase in temperature: The oceans would [be] raised to the boiling point of water … [Also,] how does the Earth get started up again, rotating at approximately the same rate of spin? The Earth cannot do it by itself, because of the law of the conservation of angular momentum.”
In a 2009 interview with the Discovery Channel, Mike Brown noted that, while it is not impossible that the Sun has a distant planetary companion, such an object would have to be lying very far from the observed regions of the Solar System to have no detectable gravitational effect on the other planets.

A Mars-sized object could lie undetected at 300 AU (10 times the distance of Neptune); a Jupiter-sized object at 30,000 AU. To travel 1000 AU in two years, an object would need to be moving at 2400 km/s — faster than the galactic escape velocity. At that speed, any object would be shot out of the Solar System, and then out of the Milky Way galaxy into intergalactic space

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