Does this picture make sense to anyone?
- bboyer
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Re: Does this picture make sense to anyone?
Not without a context. Nice airbrush work, tho'.
There is something beyond our mind which abides in silence within our mind. It is the supreme mystery beyond thought. Let one's mind and one's subtle body rest upon that and not rest on anything else. [---][/---] Maitri Upanishad
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- redeye
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Re: Does this picture make sense to anyone?
Was there any info provided with the image. It looks like the latest attempt to explain the intense magnetism displayed in a magnetar (going by the http address). They're probably blaming it on God, or magic or something. The image kind of looks like an atom...or an orange.
It's probably not the site to get useful information from. For example
Cheers!
It's probably not the site to get useful information from. For example
See what I mean.This artist's rendering depicts NASA's Voyager 2 spacecraft as it studies the outer limits of the heliosphere--a magnetic 'bubble' around the solar system that is created by the solar wind.
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- redeye
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Re: Does this picture make sense to anyone?
magnetar
and
Cheers!
tpodLittle is known about the physical structure of a magnetar, because none are close to Earth. Magnetars are somewhere around 20 kilometres in diameter. Despite this, they are substantially more massive than our Sun. Magnetars are so compressed that a thimbleful of its material is estimated to weigh over 100 million tons.[1] Most magnetars recorded rotate very rapidly, at least several times per second.[3] The active life of a magnetar is short. Their strong magnetic fields decay after about 10,000 years, after which point activity and strong X-ray emission cease. Given the number of magnetars observable today, one estimate puts the number of "dead" magnetars in the Milky Way at 30 million or more.[4]
Quakes triggered on the surface of the magnetar cause great volatility in the star and the magnetic field which encompasses it, often leading to extremely powerful gamma ray flare emissions which have been recorded on Earth in 1979, 1998 and 2004.[5]
and
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Re: Does this picture make sense to anyone?
So how do they tell a "magnetar" from a normal star?
The induction lines around the orange on the picture look absolutely random to me.
The induction lines around the orange on the picture look absolutely random to me.
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- redeye
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Re: Does this picture make sense to anyone?
Scientific gasblowing?The induction lines around the orange on the picture look absolutely random to me.
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- MGmirkin
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Re: Does this picture make sense to anyone?
I see someone's been taking notes...
"The purpose of science is to investigate the unexplained, not to explain the uninvestigated." ~Dr. Stephen Rorke
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- Z-axis
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Re: Does this picture make sense to anyone?
This is what I see.
Plasma is scalable. We all agree on that.
The jpeg shows an artists rendition of a moment in time of several plasma discharges coming from a highly magnetized and charged sphere. One can clearly see the twisting Birkeland currents that are making up the filaments.
The nature of the sphere itself is dictated by which level of plasma activity we are observing.
This same action we see in the picture is exactly the same action happening wtihin a toy "Plasma Sphere" and as we suspect, Galactic Plasma Spheres. http://antwrp.gsfc.nasa.gov/apod/ap080804.html
Save this pic and zoom in to the central star. The resemblance is spot on.
Regards
Z-axis
Plasma is scalable. We all agree on that.
The jpeg shows an artists rendition of a moment in time of several plasma discharges coming from a highly magnetized and charged sphere. One can clearly see the twisting Birkeland currents that are making up the filaments.
The nature of the sphere itself is dictated by which level of plasma activity we are observing.
This same action we see in the picture is exactly the same action happening wtihin a toy "Plasma Sphere" and as we suspect, Galactic Plasma Spheres. http://antwrp.gsfc.nasa.gov/apod/ap080804.html
Save this pic and zoom in to the central star. The resemblance is spot on.
Regards
Z-axis
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