Is The Infamous Brown Dwarf Near Our Sun?

Is The Infamous Brown Dwarf Near Our Sun?

by 5T4RSCREAM

SECCHI is a suite of remote sensing instruments consisting of two white light coronagraphs (COR1 and COR2) and an EUV imager (EUVI), collectively referred to as the Sun Centered Imaging Package (SCIP), and a Heliospheric Imager (HI).

SCIP - SECCHI Sun Centered Imaging Package (SCIP)

HI - Heliospheric Imager (HI)

The Heliospheric Imager (HI) has recently picked up some very interesting things indeed on their telescopes. NASA has a dedicateed page explaining the available planets that may appear bright as you view data from our sun.

http://stereo.gsfc.nasa.gov/beacon/planets/

This page has all the planets you would expect to see clearly labeled so there is no doubt about what you are looking at.

Interestingly enough on this page there are some additional planets that may make you think twice. Why? Because none of them are labeled anywhere on the SECCHI site or the Stereo site. As you can see below, NASA attempts to show that the bright planets are labeled and accounted for. 

“Shocked” By the Comparison?

Diagonally down and to the right of Mercury (Up and to left) there are a cluster of  planetary bodies.  The cluster consists of a large body in the  middle surrounded by six satellites. The pattern these satellites are arranged in their orbits look strikingly similar to famous picture captured by youtube user NibiruShock2012 a few years back (above and to right) followed by the deletion of the account and all its data. Why Mercury is so clearly labeled and but the bright cluster of planets is not leaves you scratching your head. So what are we looking at?

The Behind HI1 and Ahead HI1 Movie Clips

In further analysis, movies are available to watch that capture time lapsed photography around the sun. Now this is where it gets weird. In that time lapse photography it is always so clear where the sun is because all you have to do is look for the action the lights up the whole sky. The solar flares crackle and spread far out and the looping back into the sun. But is it the only one doing this? You may say no once you review the following video. In the following video, the SECCHI Telescope Behind HI1 & Ahead HI1 capture what appears to be a baby star emitting its own beautiful CME ring far out into space clearly growing and then shrinking back to size in several clips.

http://www.youtube.com/watch?v=7lOG4VXqHEU

I don’t know about you but I was taught that only stars did this. So if we do have a second star out there close to the sun, someone has some explaining to do.