Why can't we moon photos of that quality?
and lunar orbiters make these kind of photos
Why can't we moon photos of that quality?
What if you could get high off inhaling jupiter.
Do they really expect us to believe that the footage is real? It's "gaseous" surface isn't moving...at all
Edit:
Looks like someone is starting to ask the right questions...
amateurs on earth make photos like this
and lunar orbiters make these kind of photos
Assuming you're asking about HD photos of the moon I just did a quick Google search and found this one: http://i.imgur.com/oQFdZdS.jpg
I think there's likely plenty out there they just don't get as much attention since the moon isn't as much of a mystery compared to other things out in space.
Right hang on, when I was a kid in all the books Jupiter was definitely coloured in yellow and orange. Now it turns out it's blue and brown? Fucking scientists are liars man.
Lol. It's like nasa and every other agency use WW2 surplus cameras for moon work.. fucking clementine photos.
Moon photos are a joke period. I will check your link later because it won't open on my phone. I can't agree with mystery part eithet
They even have pretty hi res pictures of people walking on the damn thing.
if you could open it, you would see it is a hi-res pic of the moon.
You might not agree with the mystery part, but I think NASA does agree with the member you quoted. Why would NASA spend loads of money on the moon? What is there to discover more about it?
People walking about on a washed out colourless landscape with a sky devoid of stars. Plus, for an object devoid of an atmosphere where clarity shouldn't be a problem. You can zoom in better on Google earth to my dad's back for example, than you can on any lunar orbiter photo... plus they are taken at lower altitude than Google earth photos.
I'm sure that there's plenty left to discover.t. That is why they are still sending probes and orbiters no?
Do you see stars at daylight? It's because the moon doesn't have an atmosphere the sky is black, even when it is day.
And it's pretty logical we have better satelite pictures of earth then we have of the moon surface. There are more (and more recent) satelites up there, and there are more practical reasons to take high res footage of it.
People walking about on a washed out colourless landscape with a sky devoid of stars. Plus, for an object devoid of an atmosphere where clarity shouldn't be a problem. You can zoom in better on Google earth to my dad's back for example, than you can on any lunar orbiter photo... plus they are taken at lower altitude than Google earth photos.
I'm sure that there's plenty left to discover.t. That is why they are still sending probes and orbiters no?
The sky wouldn't be black because of a lack of atmosphere though. It would be crystal clear. So you that they are spending millions on probes, yet equipping them with poor cameras?
The surface of the moon is washed out and colorless
And this is why you don't see stars.
Also that picture was made in 1969, back then that was hi res.
Do they really expect us to believe that the footage is real? It's "gaseous" surface isn't moving...at all
Full Res: https://www.nasa.gov/sites/default/files/thumbnails/image/13-candy-1-new-fix.jpg
Colors are processed to view details/variation better. With this type of image processing, you're adding new information. See:What does "enhanced color" mean when talking about photos like this? Are they taken in these colors and just cleaned up a bit, or are the colors added to them?
Sorry. I should have explained myself clearer, I was mainly thinking about orbital shots.
One more thing though, if the surface is washed out and colourless, then how come amateur astronomers have managed to take some beautifully coloured shots? If the moon was this light brown ball, they shouldn't exist right?
Do they really expect us to believe that the footage is real? It's "gaseous" surface isn't moving...at all.
One more thing though, if the surface is washed out and colourless, then how come amateur astronomers have managed to take some beautifully coloured shots? If the moon was this light brown ball, they shouldn't exist right?
It does save us from asteroids and comets with its awesome gravity.
Only applies to long-period cometsThis can't be overstated. Jupiter hoovers up asteroids and they gather in front and behind trapped in a perfect mix of gravity from Jupiter and the Sun. Another of those ingredients that have allowed us to exist like our fucking giant moon!
Do they really expect us to believe that the footage is real? It's "gaseous" surface isn't moving...at all
Edit:
Looks like someone is starting to ask the right questions...
http://lroc.sese.asu.edu/images/gigapanSorry. I should have explained myself clearer, I was mainly thinking about orbital shots.
One more thing though, if the surface is washed out and colourless, then how come amateur astronomers have managed to take some beautifully coloured shots? If the moon was this light brown ball, they shouldn't exist right?
Osahi, no I am not implying that the Jupiter shots , I am just curious to see some moon shots where we can zoom right in. Seeing as they are taken of the moon at lower altitudes and with no atmospheric distortion, they should be readily available.
http://lroc.sese.asu.edu/images/gigapan
2 minutes search for a 680 gigapixel image of the North Pole.
New phone wallpaper.
http://lroc.sese.asu.edu/images/gigapan
2 minutes search for a 680 gigapixel image of the North Pole.
Holy shit. You can see small rocks on the surface.
Damn, I knew there were hi res pictures... I didn't know there were this huge pics.
Thanks man.
I'll check that out tonight at home. Thanks
What if you could get high off inhaling jupiter.
Why am I in the mood for some cappuccino all of a sudden
Lol. It's like nasa and every other agency use WW2 surplus cameras for moon work.. fucking clementine photos.
What does "enhanced color" mean when talking about photos like this? Are they taken in these colors and just cleaned up a bit, or are the colors added to them?
Is it just me or is it weird that the big white spots are evenly spaced apart. Its like that in the video too, excecpt one lone spot on the left side of the planet.
"aliens.jpg"
NASA doesn't shoot far objects in color because taking color digital photographs means decreasing the resolution of your camera. it's more efficient to have a "black and white camera" (all digital cameras are black and white, event your camera phone) and appply different filters (phisical filters on the camera, not photoshop filters on the image) in order to see more than a simple image. any real color is the result of several combined shots (one filtered for red, one filtered for blue, one filtered for greeen) when is not an interpretation (most of the far planets/stars/galaxy are always shoot in BN and recolored basing off some additional data). this is an oversimplification but it's not far from the actual facts.
Is it just me or is it weird that the big white spots are evenly spaced apart. Its like that in the video too, excecpt one lone spot on the left side of the planet.
"aliens.jpg"
Lol my comment is in response to the poster's first sentence in regards to the star Betelgeuse. Sirius is about 8lys from us. If Betelgeuse (which is over 600lys away) was that close, it would be incredibly bright and spectacular during nights on earth. They're expecting that when it does eventually go super nova, it would be a glorious death knell. Imagine if it was only 8lys away when it goes BOOM?! We would probably be fucked.
i think its due to the magnetic field and/or homogenous surface structure of jupiter (no landmasses)
sometimes you have multiple hurricanes chasing each other on earth too.
on jupiter you have no landmasses or shallow seabeds breaking up and reroute the storms.
so one storm forms and as soon as the temperature conditions are right, the next one forms and so on. thats why they look so regular.
i think its due to the magnetic field and/or homogenous surface structure of jupiter (no landmasses)
sometimes you have multiple hurricanes chasing each other on earth too.
on jupiter you have no landmasses or shallow seabeds breaking up and reroute the storms.
so one storm forms and as soon as the temperature conditions are right, the next one forms and so on. thats why they look so regular.
Please dont tell me you're a flat eartherDo they really expect us to believe that the footage is real? It's "gaseous" surface isn't moving...at all
Edit:
Looks like someone is starting to ask the right questions...
This one is probably better: http://target.lroc.asu.edu/q3/
You can zoom until 1 meter = 1 pixel
What's up with the jagged edges on the rim of the planet?
Why does it look fake ?