After fixing Hubble's gyroscopes, batteries and equipment for the last time a few months ago, the first public images of the universe using the Wide Field Camera 3 are out.
All new images can be found at the official site.
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i want the last picture to be taken from hubble be exactly like the first. a deep space picture of a previously unlooked area of the sky.
I've spent about 5 minutes looking at one and seeing different things. I swear the bottom right bit look like a demon with curled horns shaking his fist and being sucked into the mutant conglomeration of animals in it. He is standing on a crocodile.Wow, Photo #2 looks like a face, with an elephant trunk :|
dog64
[QUOTE="dog64"]I've spent about 5 minutes looking at one and seeing different things. I swear the bottom right bit look like a demon with curled horns shaking his fist and being sucked into the mutant conglomeration of animals in it. He is standing on a crocodile. Really? I thought that one looked like Squidward....Wow, Photo #2 looks like a face, with an elephant trunk :|
AnObscureName
Beautiful. If only our space travel wasn't so damn slow.RedNemesis42Agree, seeing pictures like these make me wish I was born farther in the future where intersteller travel is a reality.
Agree, seeing pictures like these make me wish I was born farther in the future where intersteller travel is a reality. It might never be possible. Or at least not unless we discover; a) A way of travelling at a speed somewhere close to light, and b) some uber form of energy to power said way of travelling because anything of any significant mass is going to take a LOT of energy to move anywhere at the required speeds.[QUOTE="RedNemesis42"]Beautiful. If only our space travel wasn't so damn slow.Rougehunter
[QUOTE="Rougehunter"]Agree, seeing pictures like these make me wish I was born farther in the future where intersteller travel is a reality. It might never be possible. Or at least not unless we discover; a) A way of travelling at a speed somewhere close to light, and b) some uber form of energy to power said way of travelling because anything of any significant mass is going to take a LOT of energy to move anywhere at the required speeds. even at light speed it would be too slow. we'd need warp or some other "bending/folding space" type transport.[QUOTE="RedNemesis42"]Beautiful. If only our space travel wasn't so damn slow.AnObscureName
[QUOTE="Rougehunter"]Agree, seeing pictures like these make me wish I was born farther in the future where intersteller travel is a reality. It might never be possible. Or at least not unless we discover; a) A way of travelling at a speed somewhere close to light, and b) some uber form of energy to power said way of travelling because anything of any significant mass is going to take a LOT of energy to move anywhere at the required speeds.True. But what if there is some unknown element that can increase/decrease the mass of something by changing its charge. Got the idea from the game Mass effct. Another theory I have heard of is figuring out how to transend into a parallel universe where the laws of physics allow faster then light travel and when the desination is reached we go back into our universe.[QUOTE="RedNemesis42"]Beautiful. If only our space travel wasn't so damn slow.AnObscureName
It might never be possible. Or at least not unless we discover; a) A way of travelling at a speed somewhere close to light, and b) some uber form of energy to power said way of travelling because anything of any significant mass is going to take a LOT of energy to move anywhere at the required speeds. even at light speed it would be too slow. we'd need warp or some other "bending/folding space" type transport. I thought Alpha Centauri (closest star system) was only 4 light years away? So presumably if there was some sort of on-board stasis mechanism...[QUOTE="AnObscureName"]Agree, seeing pictures like these make me wish I was born farther in the future where intersteller travel is a reality.
Rougehunter
Here are some comparisions to older Hubble pictures to the newest ones using the Wide Field Camera 3(WFC3).
Before WFC3:
Using WFC3:
Before WFC3:
Using WFC3:
Before WFC3:
Using WFC3:
The new optics produce much more clearer and sharper images, even with dust cloud formations. The new instruments can also pierce through them using infrared imagery. Later in the year, Hubble will begin work on the Near Infrared and Multi-Object Spectrometer(NICMOS) that will take picture of infrared light, which is one of the most important light wavelenths we can observe to unlock the mysteries of the known universe and beyond.
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