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Originally posted by MichiganSwampBuck
A brown dwarf entering our solar system?
That means that Garry Coleman was reanimated by aliens in an off world laboratory and is now headed back in a U.F.O.
He is really pissed off too!
Originally posted by JrDavis
Originally posted by misscurious
LOLL although this is CNN.
I would love to see what Phage would say about the headline..
Like I said I know it's CNN.
However, I have been saying that Nibiru is a Brown/Black Dwarf.
The reason being why astronomers cannot see it during the day - Because no light is reflecting off of the Brown Dwarf from the direction it is coming from.
You would only be able to see it if the Sun where to reflect light off of it.
Much like Gliese 229B.
Their strongest emissions would be in the infrared (IR) spectrum, and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs.
Let me tell you; A brown dwarf entering our Solar System would do a lot more than comets...
Gravitational Attraction - EQ, Tsunami's, Weather, Messing up our Orbit (Within reason).
Why?
Because that's how gravity works.edit on 10-3-2013 by JrDavis because: (no reason given)
Originally posted by jra
Originally posted by eriktheawful
The next space IR platform is Herschel an ESA project that is suppose to be launched at the end of this month.
It was launched in 2009. It will be ending its mission at the end of this month.
Originally posted by mclinking
Originally posted by JrDavis
Originally posted by misscurious
LOLL although this is CNN.
I would love to see what Phage would say about the headline..
Like I said I know it's CNN.
However, I have been saying that Nibiru is a Brown/Black Dwarf.
The reason being why astronomers cannot see it during the day - Because no light is reflecting off of the Brown Dwarf from the direction it is coming from.
You would only be able to see it if the Sun where to reflect light off of it.
Much like Gliese 229B.
Their strongest emissions would be in the infrared (IR) spectrum, and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs.
Let me tell you; A brown dwarf entering our Solar System would do a lot more than comets...
Gravitational Attraction - EQ, Tsunami's, Weather, Messing up our Orbit (Within reason).
Why?
Because that's how gravity works.edit on 10-3-2013 by JrDavis because: (no reason given)
Let's look again at gravitational attraction....
EQ, tsunamis, weather - so far, so good. Add wolrdwide booms, species die-offs, the increase in sinkholes, a recent admission by NASA that 'something is wrong with our sun' on video. As for messing up our orbit - not yet.
Now for NASA to say that 'there's something wrong with our sun' is a lie. There's nothing wrong with our sun. It is true that the solar cycles have gone to pot, very low activity, but that's on the side facing us. As for BEHIND the sun, that's where the trrouble is with huge CMEs, etc and something sending comets all over the place.
I'd say its our binary. Not Nibiru. Our binary. Most solar systems are binary and it's very odd that, even today with advanced astronomical knowledge, experts are still divided as to whether our sun has a binary. But if we have one, just look at the chaos 'settling in' down here, i.e. comets 'recently discovered', even worse with asteroids, near misses getting nearer, a dreadful worldwide Winter covering exotic places like Thailand, Pakistan and Saudi Arabia, even New Mexico and Arizona, plus the booms, quakes and volcanoes mentioned above. And of course rising levels of methane, often a sign of geological displacement.
It would not surprise me in the least to see more new discoveries this year. ISON was discovered last September and comet2013/A1 was discovered in January this year!
Equally, all this upsurge in cosmic activity and earth's problems may just fizzle out.
We shall have to wait and see.
Originally posted by JrDavis
There's obviously more activity going on back there than there is on our plane of view.
So why?
Well what if the Brown Dwarf Nibiru is coming from behind the Sun? What if the mass of Nibiru is gravitationally pulling on the back of the Sun?
The attraction is literally pulling the CME's out of the Sun.
In all of the Nibiru videos/photos (Whether one likes to believe they are real or not), Nibiru is usually seen right next to the Sun.
This makes sense for a Brown Dwarf. And it also holds true the theory that something is pulling at the BACK of the Sun.
I agree with everything else you said regarding Seasons, Weather, Etc.
Originally posted by Saint Exupery
Originally posted by JrDavis
There's obviously more activity going on back there than there is on our plane of view.
So why?
Well what if the Brown Dwarf Nibiru is coming from behind the Sun? What if the mass of Nibiru is gravitationally pulling on the back of the Sun?
The attraction is literally pulling the CME's out of the Sun.
In all of the Nibiru videos/photos (Whether one likes to believe they are real or not), Nibiru is usually seen right next to the Sun.
This makes sense for a Brown Dwarf. And it also holds true the theory that something is pulling at the BACK of the Sun.
I agree with everything else you said regarding Seasons, Weather, Etc.
If there was an object entering our solar system from "behind the Sun" as of today, then it would have nicely visible in the evening sky this past December and would have been high in the night sky last September.
The Earth orbits the Sun. Nothing stays obscured for more than a couple of weeks.
SOHO can't see anything on the other side of the Sun. CMEs, etc. occur on all "sides" of the Sun.
Now these pictures from SOHO are ALWAYS showing discharges, CMEs, etc on the OTHER side of the sun.
No.
Finally, many astronomers say that our sun orbits Sirius.
Originally posted by mclinking
Finally, many astronomers say that our sun orbits Sirius.
Originally posted by Phage
reply to post by mclinking
SOHO can't see anything on the other side of the Sun. CMEs, etc. occur on all "sides" of the Sun.
Now these pictures from SOHO are ALWAYS showing discharges, CMEs, etc on the OTHER side of the sun.
No.
Finally, many astronomers say that our sun orbits Sirius.
edit on 3/11/2013 by Phage because: (no reason given)edit on 3/11/2013 by Phage because: (no reason given)
Well, yes. But just a few would be sufficient.
I suppose you want me to name them that do.
Originally posted by Phage
reply to post by mclinking
Well, yes. But just a few would be sufficient.
I suppose you want me to name them that do.
Do you know how far away Sirius is? Do you know what direction we are moving relative to it? Do you know how fast? Do you know why these questions are relevant?
Do you know what those "astronomers" base their claim on and what does it have to do with a brown dwarf entering the Solar system?edit on 3/11/2013 by Phage because: (no reason given)
The vast majority of observable stars are binary or multiple star systems.
In this Letter I compare recent findings suggesting a low binary star fraction for late-type stars with knowledge concerning the forms of the stellar initial and present-day mass functions for masses down to the hydrogen-burning limit. This comparison indicates that most stellar systems formed in the Galaxy are likely single and not binary, as has been often asserted. Indeed, in the current epoch two-thirds of all main-sequence stellar systems in the Galactic disk are composed of single stars. Some implications of this realization for understanding the star and planet formation process are briefly mentioned.