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Originally posted by DJW001
Repeat them enough and people will believe them without question. It's called "brainwashing."
RH: The reporter asked specifically - the correspondent asked Alan Bean: "What did space look like from the lunar surface?"
"You know it's always puzzled me". He said: "It resembled black, patent-leather shoes."
Originally posted by darkraver
the main problem is: are any stars visible from moon surface...
right?
I believe they are,but then again NASA claims they aren't
astronauts officialy claimed they aren't
nobody cared to ask someone like Mitchell yet for an opinion?
it's not about the camera settings but all about what does a human astronaut really see up there
Originally posted by Moose318
Didn't you recognize that??? That was the door from the Twilight Zone!
So... you have been in space to test this theory of yours? If ONLY longitudinal waves travel in space, then how do the other waves GET to the Hubble so it can use its diffraction grating? Better rethink your 'science' eh?
Originally posted by darkraver
Originally posted by JimOberg
Take a survey of sports news photographs of brightly-lit night games -- baseball, football, whatever -- that also show a portion of the night sky. Even on clear nights, with stars out, the photos will not show stars.
Try this at home.
Heck, go rent 'Field of Dreams' and watch the night scenes when the field lights are on. No stars.
WTF has this got to do with the topic?
we ARE talking about non atmosphere conditions here, are we not?
Originally posted by JimOberg
As I wrote earlier, the LM had a sextant for lunar surface star marks, and Apollo-16 carried a UV telescope that was set up in the LM's shadow and got excellent views of Earth and the surrounding stars. So who says
you can't ever see stars in space? Just not when staring at the sun.
Some info on the FUVC camera. It needed a long exposure to pick up objects other than the Earth, and could only see in the far UV. Yo can not see stars from space with a regular camera, you need a UV sensitive film (ASA 16,000) and up to 30 minutes exposure to see even large, relatively close Galaxies.
www.myspacemuseum.com...
UV images of Earth and Moon from the orbiter:
www.lpi.usra.edu...
Images from the FUVC taken from the Moon. Notice the exposure times.
www3.telus.net...
What are these, then?
Geez, no idea! That was the high speed UV sensitive film in the Nikon, not from the FUVC.
Image Collection: 35mm Nikon
Mission: 17
Magazine: 159
Magazine Letter: XX
Revolution: io
Lens Focal Length: 55 mm
Description: Zodiacal Light
Film Type: 2485
Film Width: 35 mm
Film Color: black & white
Originally posted by DJW001
reply to post by GaryN
Geez, no idea! That was the high speed UV sensitive film in the Nikon, not from the FUVC.
Image Collection: 35mm Nikon
Mission: 17
Magazine: 159
Magazine Letter: XX
Revolution: io
Lens Focal Length: 55 mm
Description: Zodiacal Light
Film Type: 2485
Film Width: 35 mm
Film Color: black & white
Now you know. Any ideas?
Originally posted by GaryN
It was the same film, the 2485, but the smaller film format. The Hasselblad is 70mm, had a larger lense so it would have been able to pick up more light, but otherwise sensitive to the same wavelengths.
"We were never able to see stars from the lunar surface or on the daylight side of the moon by eye without looking through the optics” ~ Neil Armstrong. Apollo 11