Surface Plume On Betelgeuse Imaged
BJ_Covert_Action writes "Astronomy Now is running a piece regarding some new, exquisitely detailed pictures taken of Betelgeuse, a star in the constellation Orion. Betelgeuse is classified as a supergiant star, and its diameter is approximately 1,000 times that of the sun. Two teams of astronomers used ESO's 'Very large Telescope,' its NACO instruments, and an imaging technique known as 'Lucky Imaging' to take some of the most detailed pictures of Betelgeuse to date. The new pictures reveal a gas plume on Betelgeuse which extends from the surface of the star a distance greater than that between our sun and Neptune. The images also show several other 'boiling' spots on the surface of Betelgeuse, revealing the surface to be quite tumultuous. Currently, it is known that stars of Betelgeuse's size eject the equivalent mass of the Earth into space every year. This recent astronomy work will help researchers determine the mechanics behind such ejections."
Update — 8/05 at 13:31 by SS: Here's the original press release from the European Southern Observatory, since the Astronomy Now page has slowed to a crawl.
First plume!
In the land of the blind, the one-eyed man is usually crucified.
Betelgeuse, Betelgeuse, Betelgeuse!
If we just obtained the most detail picture evar, why do they show an artist's impression?
This appears to be a more useful link:
http://www.eso.org/public/outreach/press-rel/pr-2009/pr-27-09.html
Grr! Arg!
That was written by someone at astronomynow, not by someone at slashdot.
Correct grammatical usage when loose is referred to as a verb.
Perhaps the gas plume is why a hrung chose to collapse on Betelguese 7?
I am officially gone from
You can view this image and many other interesting photos at the Astronomy Picture of the Day website. http://antwrp.gsfc.nasa.gov/apod/ap090805.html
Nah, VLT has much better resolution than Hubble, something like a factor of 3 at near infra-red. Adaptive optics FTW.
Artist Interpretation + Photoshop = Space Goatse
says 1000 times the diameter, of our star. The description on ESO is a very big sun. The post here suggests a whopper a billion times the size of our sun.
I am guessing that the poster here made a transcription error. A little numeracy could go a long way.
1000 times the size != 1000 times the diameter.
1000 times the diameter = 1,000,000,000 times the size.
more like Aperture FTW
TFA mentions that when the star "goes supernova", that we'll be able to see it unaided even during the day. But if it's shedding mass so quickly, perhaps by the time its internal furnace cools down, the star won't have sufficient surface mass to cause the kind of collapse necessary to create a supernova?
"Crude and slow, clansman. Your attack was no better than that of a clumsy child."
I saw this at my local science museum. I went ther to look at decent feeds space shuttle space walks on their NASA TV. To me this is absolutely fascinating to see live astronauts and the earth moving below. But as action TV, its pretty dull. Most of the museum patrons were watching simulated animations of space probes on another monitor. That was far more flashy!
*Yawn* Wake me up when you got a picture of the Syreen station orbiting Betelgeuse.
Well it sure doesn't show. In other words, pics or it didn't happen.