Hubble Captures a Protoplanetary Disk
Astroturtle writes "The Hubble Space Telescope's new Advanced Camera for Surveys (ACS) has
captured a detailed image of spiral rings in a distant protoplanetary
disk -- the pancake-shaped cloud of gas and dust around a young star in
which planets are expected to condense. But contrary to earlier
suggestions, the intricate structure of this particular disk is probably
caused by a nearby companion star rather than by embedded planets starting
to form."
I wouldn't say spectacular, but the photos are impressive for the detail available. (I'm spoiled from all the color nebula shots.) The spiral formations are easily visible, even without the 'cheatsheet' image.
Shame the images can't capture all the close-in dust. Considering that Pluto's only 40 a.u. out, having data from almost 100 a.u. around the star missing means a lot of the prime planetary formation area isn't available to examine.
Why are they misleading? I'm a huge advocate of saying in captions when you've played with the colors (and how you've done so), but doing so is often perfectly good science. Stretching color tables let us see details that would otherwise be too faint for our eyes.