tankasnowgod
Member
- Joined
- Jan 25, 2014
- Messages
- 8,131
Then the stars (or at least some stars) should at least be visible in the first photo I posted. Yet, they aren't.No, the lunar surface in direct sunlight would not be brighter than the stars.
So what? Again, the point of the composite that NASA posted was that, if you could turn off the atmosphere, stars would be visible during the daytime. Direct quote- "If you could turn off the atmosphere's ability to scatter overwhelming sunlight, today's daytime sky might look something like this ..."You're confusing it because it looks like a nighttime setting (black sky) but it's actually daytime in that shot and a sunlit area is very bright.
The moon has no atmosphere. Therefore, it has no scattered sunlight. How are you not getting this concept?
There you go again, comparing how sunlight works on a planet with an atmosphere, and assuming it works the exact same way on the moon, which has no atmosphere.The sunlight going into my apartment in a similar angle, through the glass, through the atmosphere, makes everything so bright that you can't even tell that the lights are on.
Again, irrelevant comparison. All cities and lamplight at night, as compared to the stars, are again viewed ON A PLANET WITH AN ATMOSPHERE.Starlight is way weaker than lamplight. You can barely see the stars when you're in a city just due to the light pollution from the streetlights, even if you're on a small dark spot, now compare that difference with direct sunlight vs starlight.
And even in big cities with light pollution and other pollution and an atmosphere and a full moon in the sky (none of which exist on the surface of the moon), there are still several stars and planets visible with the naked eye. So why doesn't a SINGLE star or planet (other than the Earth) appear in any of the official moon photos?
Also, even here on Earth, some stars and planets can be photographed during the day, even with all the light scattered from the sun- How to See Sirius in the Daytime
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