It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Nobody is saying to get closer because obviously we can't, but there's a reason they keep people so far away; so we can't tell what they are doing.
originally posted by: A51Watcher
"Too far away to see anything useful..."
Yeah well sorry bout that, but you can only get -so- close to a Top Secret facility.
The most obvious thing to consider first is called terrestrial scintillation
When running normal speed, we see a white spheriod sometimes steady and sometimes glittering.
However when running in slow motion, we now see -
- The glittering is caused by rapid strobing
- The shape of the craft changing from frame to frame
- The colors of the craft changing from frame to frame
Now then, the detail of the image may not be as high resolution as we would like, but there IS a noticeable change
in shape AND color from frame to frame.
Several observant and sharp folk have come up with reasonable theories on what these changes are caused by and what they represent.
The further away something is, the more atmosphere the light must pass through for you to see it. Also Area 51 is in a desert region and deserts are famous for soaking up large amounts of heat in the day, then radiating that heat back in the night which causes more temperature fluctuations in the atmosphere than one might see over say a uniform forest where the sunlight mostly hits tree leaves and they aren't very massive so don't have much heat to radiate themselves like the ground in the desert does.
Twinkling, or scintillation, is a generic term for variations in apparent brightness or position of a distant luminous object viewed through a medium.[1] If the object lies outside the Earth's atmosphere, as in the case of stars and planets, the phenomenon is termed astronomical scintillation; within the atmosphere, the phenomenon is termed terrestrial scintillation.[2] As one of the three principal factors governing astronomical seeing, atmospheric twinkling is defined as variations in illuminance only. In simple terms, twinkling of stars is caused by the passing of light through different layers of atmosphere. Twinkling does not cause images of planets to flicker.[3][4] Most scintillation effects are caused by anomalous refraction caused by small-scale fluctuations in air density usually related to temperature gradients.[5][6] Scintillation effects are always much more pronounced near the horizon than near the zenith (straight up).[7] Atmospheric twinkling is measured quantitatively using a scintillometer.[8] The effects of twinkling are reduced by using a larger receiver aperture. This effect is known as aperture averaging.
Pics are better than no pics, but still pics this far away don't tell us much about unknown lights in the sky. Astronomers do have ways to reduce scintillation in their videos, but the typical consumer just isn't going to have those technologies available, for which I can't blame the consumer. However what i can blame the consumer and analysts of his video for, is not taking scintillation into account in the analyses, well maybe not the consumer, but definitely the guys who call themselves professional analysis and obviously are not. As I said earlier in the tread, "frame stacking" is one technique astronomers use to deal with remaining scintillation in their successive frames, but they are able to track the object reliably as they only need compensate for the Earth's motion which they are well equipped to do.
Sorry also the quality of consumer grade VHS videocams back then were not up to today's standards, but again, were
we lucky to even have those available at that point. Otherwise it would be 'pics or it didn't happen'.
WTF spelled out is exactly what I said when I saw the image from Processor Deuem. How have the claimed "energy fields" been measured to correlate them with the imagery? This claim seems as silly as the guy who claimed to perform spectroscopic analysis of the Phoenix lights...that camera never recorded such information so you can't extract from the video what's not on it.
When Processor Deuem ran the above enlargement from the cammo dude photo, his results displayed this -
which illuminates energy fields not visable to the naked eye, but are 'visable' to the camera. His process merely illuminates them into the visable range.
He and all processors here have standards libraries online showing objects with and without energy fields after processing.
Next I was approached by Processor Paulie of WTF productions
Stabilized Night Vision footage of Area 51
I never said they did. I said that scintillation can affect both astronomical as well as terrestrial objects. The only way to avoid scintillation effects entirely is to observe objects outside of Earth's atmosphere, which was part of the reason for putting the Hubble Space Telescope in orbit.
originally posted by: A51Watcher
Glittering stars don't leave orbit and fly down below the mountain ridge line.
They also don't wink completely out then re- appear in the same spot.
The ground in Nevada never gets to freezing at a certain depth and this heat radiates up when it's cold. In fact when it gets colder at night, the stored heat in the ground radiates up even faster. The greater the temperature differential, the faster the heat will transfer. So contrary to your implication that freezing atmospheric temperatures means no heat transfer, it can actually result in the opposite, meaning greater heat transfer from the ground.
re: heat waves rising to cause glittering - in the Nevada desert at the end of October there are no heat waves at midnight. It is below freezing.
I'm referring only to the night vision video when I mention birds bats and bugs and I didn't say which it is but probably one of the three. They don't need to be luminous to show up on night vision, and there are plenty of bugs that can do what you said luminous bugs cannot. Don't assume the bug must be luminous in the visible spectrum to show up on night vision, it only needs to be luminous in the night vision spectrum which is a different spectrum that what we can see, which is why we can see things on a camera's night vision we can't ordinarily see without it.
re: bugs - there are no fireflys in Nevada, and no luminous bugs anywhere that can perform a dead hover, then instantly shoot off at incredible speed, then instantly come to a dead stop.
Also bugs are not capable of growing to 50 ft in diameter as they pass over head.
I'm letting the photographic evidence they captured speak for itself, which is kind of the whole idea of "pics or it didn't happen". If you take pictures and then say "but that's not what it looked like", well that may be true as cameras and eyes perceive things differently, but we know that both systems of observation have their respective flaws and neither are particularly good at discerning shapes of extremely distant nocturnal lights.
How about considering what the photographers who actually saw the objects say they were? - Large disc shaped craft with amazing maneuvers.
I'm letting the photographic evidence they captured speak for itself, which is kind of the whole idea of "pics or it didn't happen". If you take pictures and then say "but that's not what it looked like", well that may be true as cameras and eyes perceive things differently, but we know that both systems of observation have their respective flaws and neither are particularly good at discerning shapes of extremely distant nocturnal lights.