Possible First Photo Of Extra-Solar Planet
dtolman writes "Space.com is reporting that the first direct image of an extra-solar planet may have been made using a new technique with the Hubble telescope. Confirmation will be made in the next few months by reimaging the star, and seeing if the planet candidate has actually changed in its orbital position."
The article itself says that extra-solar planets have been detected for more than 10 years via gravitational observations. The fact that this one is photographed doesn't seem to add the much more interest to it since the "photograph" will probably be something only scientist working directly with this technique would recognize as anything but background noise.
Claus
...can we name it Rupert? I know, I know, it's extra-solar. But wouldn't it be fun?
And to think, with all the advancements that Hubble is making, they still want to decommission the thing. I can understand decommissioning it when we launch fully function-equivalent replacements, but not "because the shuttle is too dangerous and we can't be bothered to go up and move Hubble out of the decaying orbit".
Sigh
Blocklevel: Practical Information Architecture
...when I see this planet's natural satellites!
Joking aside, this is pretty cool. But the star is a white dwarf. Will this technique work (if it even works now) on brighter, bigger stars?
Does anyone know what the internationally accepted method of naming such a planet is? Is it simply the first person to record it can name it, or is there a more beaurocratic system in place?
Don't you just love how you can change the captions on these images? :)
"Proudly Posting Without Reading The Article"
Unfortunately, the only computer available to process the image was a TRS-80, with it's deluxe CGI graphics.
..........FULL STOP.
First Photo...
Those who can, do. Those who can't, consult.
... but it was being defended by the Spathi.
"Derp de derp."
...it's only 4 pixels!
The blurb is slightly inaccurate... the follow-up observations aren't going to see if the object has moved around in its orbit (the distance between the primary and companion is larger than the orbit of Neptune, and the primary is a white dwarf so probably about 0.6 times the mass of the sun... from Kepler's laws, that means the period is 67% longer than Neptune's period, or about 275 years... so in 6 months it won't go very far!).
What they're going to look for is common proper motion... the white dwarf appears to move across the sky due to some combination of its motion in space and ours. If the candidate companion shows the same proper motion after 6 months, it is probably physically associated.
[TMB]
...when I see this planet's artificial satellites!
Actually no. Using adaptive optics with large ground based scopes (Keck, VLT) you can get some amazing images. Not that Hubble is in any way bad. It's just not the most "powerful" scope we have.
The Hubble is a 2.4m mirror. The Keck is a 10m, and the VLT is 4 8m mirrors. Adaptive Optics is really quite good at reducing atmospheric noise in images.
The Tao that can be spoken is not the one eternal Tao