The book, not the film. The film was just fluff, no beef. https://www.goodreads.com/book/show/25953369-hidden-figures"Hidden Figures" for the fun.
The book, not the film. The film was just fluff, no beef. https://www.goodreads.com/book/show/25953369-hidden-figures"Hidden Figures" for the fun.
Then you must know that you can't just point an SLR camera with the aperture set to either f-5.6, f-8 or f-11, and exposure settings of either 1/250 or 1/125 and take photos of the stars, no matter how dark and clear the night sky is. I've also photographed stars - when I worked at a planetarium back in the early '90s, and we did a class on photographing the night sky for amateur photographers/astronomers. I know how I did it, so I'm curious to know how you did it.The problem is as I see it from Allen's POV is that the debunking explanations re his queries about shadows, lighting and dark skies seem to be on a level of insulting the intelligence of a primary school class. For example, Dr. Tony Cook in the OP video brushes it off by showing us pix of shadows going every which way in a local street and then we are given the facile, oh try taking a pic of the night sky whilst standing under a street lamp, as if the average photographer doesn't understand how lighting and apertures work. Please! I've taken pics of the night sky. No problem in catching the stars.
When I was working at the planetarium, I was quite proud of a photo I took of the Pleiades. It was taken with a 35 mm SLR (it was either a Nikon or a Canon, I can't remember which) attached to an 8" Celestron reflector. I used the motorized equatorial mount to track it, set the shutter to bulb, and exposed it for about 15 minutes (again, details are lost to the fog of deep time).I asked Ed Mitchell about this. Obviously the crews' eyes would be daylight-adjusted. While your iris responds in seconds to darkness, it takes your retina 30 seconds or more to adapt. Ed went into the shadow of the LM and stood there long enough (or so he thought) to adjust to the darkness. When he looked up he said he thought he could see some stars but he wasn't sure.
Mike Collins, on the other hand, had a whole hour in darkness on each orbit. The CM cabin lights were off. And under those conditions the starlight was reported to be very impressive.
Only by a negligible amount and only for a few of the nearest stars for which the parallax baseline is significant.Another story is that the stars viewed from the moon would be in different positions compared to viewing them from earth.
Yeah, think about that for a minute. People could see that the stars were in the wrong places, but also people couldn't know where the stars should have been in order to put them there.They had to leave them out because they weren't able to calculate all the new positions and people would have noticed if they were wrong.
Sadly, that sort of inability to comprehend scale isn't uncommon among conspiracy theorists.Another story is that the stars viewed from the moon would be in different positions compared to viewing them from earth. They had to leave them out because they weren't able to calculate all the new positions and people would have noticed if they were wrong.
Right, because of all the other people NASA would have had to involve in faking the moon landings, they couldn't just hire an astronomer to do a moon-centered star chart for them. And they couldn't possibly have come up with an innocent explanation for why they might want such a chart if they did.Sadly, that sort of inability to comprehend scale isn't uncommon among conspiracy theorists.
A variant I've seen is the claim that they omitted the stars because they knew they'd never be able to place them perfectly enough to fool astronomers. The funny thing is that if stars were supposed to be visible, they would have been about the easiest thing to fake. And they'd even fool astronomers because they would be images of the actual stars. They just needed to take a catalog of star images using the same cameras. They could have done it from mountaintops over the course of a year. Then they'd have a mosaic of the entire celestial sphere, with images that could be composited into the lovely black sky of all the Apollo photos.
Another thing that occurs to me is that, if the parallax really changed that much between the earth and the moon, it would make it impossible to use the sextant to feed location data to the AGC.Right, because of all the other people NASA would have had to involve in faking the moon landings, they couldn't just hire an astronomer to do a moon-centered star chart for them. And they couldn't possibly have come up with an innocent explanation for why they might want such a chart if they did.
To keep astronomers from blowing the whistle on wrongly placed stars in photos, NASA just left out the stars. And naturally astronomers weren't tipped off by the lack of stars. "Hey, the stars are in the wrong place," presumes that astronomers would expect to see stars in the photos at all. You don't see the astronomical community massively wondering why there are no stars in the photos. And that's because they know what it takes to photograph stars.Right, because of all the other people NASA would have had to involve in faking the moon landings, they couldn't just hire an astronomer to do a moon-centered star chart for them.
Many a true word is spoken in jest!Even Mitchell & Webb are calling you out on that one:

If people think the parallax would change dramatically across 384,000 km between Earth and Moon, wait until they realize that the parallax changes 300,000,000 km from April to October as Earth moves through its orbit.Another thing that occurs to me is that, if the parallax really changed that much between the earth and the moon, it would make it impossible to use the sextant to feed location data to the AGC.
It doesn't. As JayUtah alluded to, the parallax due to the earth's annual motion is orders of magnitude larger, and yet it is not observable without instruments.Another thing that occurs to me is that, if the parallax really changed that much between the earth and the moon, it would make it impossible to use the sextant to feed location data to the AGC.
I must concur. I flew Aeroflot from London to Moscow in 1973 and in mid-flight dirtywater started dripping from the air ducts and kept up at a steady rate for the duration. But that doesn’t speak to their level of technology (Apollo-Soyuz link was the big detente mission while I was visiting, a very impressive feat at the time considering the Cold War atmosphere) but more to their priorities.The argument: 'How come the Russians didn't spot it if it was a hoax' is one of the weaker debunks. The USSR President at the time was Leonid Brezhnev who was more preoccupied in building up USSR military due to intense border conflicts with China and doing the usual schtick of invading Czechoslovakia. I wouldn't give much credence to their levels of technology despite their space explorations. Before a friend's dad set up Finnair*, we used to have to fly on Aeroflot (Russian airline) with bits of plaster falling off the ceiling mid-flight, air stewards looking terrified and yours truly with a perforated eardrum. In any case, the Russians/Soviets are hardly renowned for press integrity themselves. What do you notice in this photograph of two newspaper headlines: one announcing Brehznev's death in 1982, and Andropov's in 1984?
We used to have a forum member who couldn't understand that if the northern hemisphere turns anticlockwise then the southern hemisphere turns clockwise.Most people will a. not believe and/or b. not understand the explanation that the moon appears to be “upside down” when viewed in the S.hemisphere compared to when viewed in the northern.
So yeah, I can see how a slight shift in star position would warp their fragile little minds.
I suppose the proponents were some form of flat-earther. They couldn't have been heliocentrists as they'd have had to account for the earth moving several moon-distances around its orbit from one night to the next.It doesn't. As JayUtah alluded to, the parallax due to the earth's annual motion is orders of magnitude larger, and yet it is not observable without instruments.