Failed stars have aurora that glow a million times brighter

Plasma and electricity in space. Failure of gravity-only cosmology. Exposing the myths of dark matter, dark energy, black holes, neutron stars, and other mathematical constructs. The electric model of stars. Predictions and confirmations of the electric comet.

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michael.suede
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Failed stars have aurora that glow a million times brighter

Unread post by michael.suede » Wed Jul 29, 2015 4:54 pm

Chalk up one more correct prediction for EU theory:

http://www.dailymail.co.uk/sciencetech/ ... anets.html
The so-called failed stars, which are difficult to detect and also remain hard to classify, are too massive to be planets but physicists from the Universities of Sheffield and Oxford have revealed that they host powerful auroras just like Earth.

The international team of researchers made the discovery by observing a brown dwarf 20 light years away using both radio and optical telescopes.

Their findings provide further evidence that suggests these stars act more like supersized planets, and could help researchers find new planets beyond Earth.

shadowmane
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Re: Failed stars have aurora that glow a million times brigh

Unread post by shadowmane » Thu Jul 30, 2015 6:25 am

So if Auroras on our planet, and those in the solar system come from the sun, where do the auroras on this Brown Dwarf come from? Does our Sun exhibit these auroras? What is the EU explanation of this one?

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nick c
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Re: Failed stars have aurora that glow a million times brigh

Unread post by nick c » Thu Jul 30, 2015 8:52 am

So if Auroras on our planet, and those in the solar system come from the sun, where do the auroras on this Brown Dwarf come from? Does our Sun exhibit these auroras? What is the EU explanation of this one?
An aurora is a glow mode plasma discharge. For our convenience, plasma discharges have been divided into three basic types or modes: dark, glow, and arc.
The Sun displays arc mode (photosphere) as well as glow mode (corona).
In an EU context this auroral activity on a brown dwarf is indicative of a glow mode plasma discharge which is caused by the reception of a galactic current. This discovery is expected by the EU, and yet this, and brown dwarves in general, are problematic for the conventional stellar theory. Brown dwarf stars have been discovered to by quite active, exhibiting polar jets and flares. If one assumes that stars are powered by an internal furnace then solitary brown dwarfs should not be such active objects, they are too small, hence the nickname 'failed stars'.
Here are a couple of threads on polar jets on brown dwarf stars:
http://www.thunderbolts.info/wp/forum/phpB ... f=3&t=1427
http://www.thunderbolts.info/wp/forum/phpB ... ?f=3&t=339

Rossim
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Re: Failed stars have aurora that glow a million times brigh

Unread post by Rossim » Sun Aug 02, 2015 2:43 pm

I think this observation is a self-evident example of stars forming along electric currents. We know aurora on earth are caused by Birkeland currents connected with the Sun, so with very basic logic, this brown dwarf should have its aurora powered by a similar source.

My question is, what is the relationship between a gas giant, a brown dwarf, and a normal star? When a solar storm hits earth, the aurora (glow discharge) can reach near the equator. So, what if with a larger potential, a glow discharge consumes the entire planet, then with more energy arcing is possible at the poles, then with more energy the arcing covers the entire surface (star). In that sense, would planets need to be close to other planets in order for planetary scarring to occur, or could an influence directly from the Sun cause a global discharge event?

kiwi
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Re: Failed stars have aurora that glow a million times brigh

Unread post by kiwi » Sun Aug 02, 2015 6:47 pm

Rossim
I think this observation is a self-evident example of stars forming along electric currents.
March 4, 2015

NASA-Funded Study Finds Two Solar Wind Jets in the Heliosphere

New NASA-funded research now suggests that the heliosphere is actually dominated by two giant jets of material shooting backwards over the north and south poles of the sun, which are confined by the interaction of the sun’s magnetic field with the interstellar magnetic field. These curve around in two—relatively short – tails toward the back. The end result is a heliosphere without that long tail; a heliosphere that looks a lot more like a crescent moon than a comet. What's more, the two jets are similar to other astrophysical jets seen in space, so studying them locally could open doors to understanding such jets throughout the universe. The research is described in a paper in Astrophysical Journal Letters, which appeared online on Feb. 19, 2015.
http://www.nasa.gov/content/goddard/two ... eliosphere
:?

Maol
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Re: Failed stars have aurora that glow a million times brigh

Unread post by Maol » Tue Aug 04, 2015 10:36 pm

^^^ Indeed ^^^ :shock: ^^^^ :o ^^^^ Not surprising, it is.

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D_Archer
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Re: Failed stars have aurora that glow a million times brigh

Unread post by D_Archer » Wed Aug 05, 2015 1:50 am

That yellow thing looks like a fetus, but i have a vivid imagination.

Regards,
Daniel
- Shoot Forth Thunder -

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comingfrom
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Re: Failed stars have aurora that glow a million times brigh

Unread post by comingfrom » Wed Aug 05, 2015 9:22 am

They don't indicate the direction of travel, in that diagram, but I am presuming; from left to right, and the plumes to be north and south, and being distorted by the shock wave?

Maol
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Re: Failed stars have aurora that glow a million times brigh

Unread post by Maol » Wed Aug 05, 2015 7:38 pm

comingfrom wrote:They don't indicate the direction of travel, in that diagram, but I am presuming; from left to right, and the plumes to be north and south, and being distorted by the shock wave?
http://apod.nasa.gov/apod/ap150705.html

The image and explanation in this link sums it up.

Explanation: Like a ship plowing through cosmic seas, runaway star Zeta Ophiuchi produces the arcing interstellar bow wave or bow shock seen in this stunning infrared portrait. In the false-color view, bluish Zeta Oph, a star about 20 times more massive than the Sun, lies near the center of the frame, moving toward the left at 24 kilometers per second. Its strong stellar wind precedes it, compressing and heating the dusty interstellar material and shaping the curved shock front. Around it are clouds of relatively undisturbed material. What set this star in motion? Zeta Oph was likely once a member of a binary star system, its companion star was more massive and hence shorter lived. When the companion exploded as a supernova catastrophically losing mass, Zeta Oph was flung out of the system. About 460 light-years away, Zeta Oph is 65,000 times more luminous than the Sun and would be one of the brighter stars in the sky if it weren't surrounded by obscuring dust. The image spans about 1.5 degrees or 12 light-years at the estimated distance of Zeta Ophiuchi.

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