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Chinese lanterns do not now, nor have they ever, nor WILL they ever take off at enourmous speeds.
Sorry, but stop and go motions, and taking off at enourmous speeds are not characteristic of the floating lanterns.
Wow I love how that has become the swiss army knife of UFO explanation.
There is a danger of postulating special mechanisms, or processes, when none is needed. It is well known that the images in the eyes are optically reversed — upside down and switched left–right — yet the world looks upright, and visual right and left agree with touch. It is generally accepted that this does not need a special compensating mechanism because retinal images are not seen, as objects are seen — or they would need another eye to see them — with another picture in the brain, a regress, going on forever without getting anywhere
It is sometimes said that illusions occur only in laboratory or other artificial conditions, but this is far from true. Illusions of all the senses are frequent in normal conditions, and may be dramatic even with familiar objects in full lighting.
For the physical sciences illusions are nothing much more than threats to be avoided; but these out-of-this-world phenomena are important for suggesting and testing theories of how we perceive things. That there are illusions shows that at least some perceptions are not tied to the object world, as they float free of physical reality.
But illusions can be caused not by systems misbehaving, but very differently, by normal functioning being inappropriate to the situation. This distinction implies that there is more to life than physiological functions; it matters what they are doing in particular circumstances. For example, the brain effectively scales up retinal images optically shrunk by object distance (as in a camera) giving 'size constancy', but this scaling may not be appropriate. Then a distortion of size or shape occurs though the physiology is working normally.
Fig. 6a. The Ames Room: the odd-shaped room gives the same retinal image to the eye (placed at the right distance) as a normal rectangular room. So it must appear the same — and does — until there are objects, such as people, inside it. Then they look odd sizes while the room continues to look (falsely) like a normal rectangular room.
BUT, there were plenty of things in the sky to compare this to. The radio tower with it's red light, the clouds, the airplanes, and the stars.
Secondly, I feel we can not be too anxious to jump to conclusions on things just because "it is possible, given certain conditions, that a lantern could account for such things."
Originally posted by C.H.U.D.
Explain to me please, how any of these things could help you estimate the size, distance, or speed of an unknown object?
Lets look at these one at a time:
The radio tower with it's red light - you know the approximate size of the tower, but unless the object is attached to the tower in some way, how can you compare size? The object could be close to the tower, or it might not - how can you tell if it is or not? Did the object pass in front of or behind the tower? If it did, than you can place some limits on the range, but that's all.
The clouds - You can tell if it passes in front of a cloud, that it is at some distance between you and a cloud. Or, if it passes behind a cloud, you can tell that it must be at least as far as the cloud. That's it.
The stars - How are they any help? The nearest stars (excepting our Sun) are light years away, and objects seen passing in front of them can be said to be within a few light-years of us, but again that's about all you can say as far as the facts go.
Please demonstrate to me how you alone can estimate size, distance and speed, when for the rest of us it is physically impossible in situations like this case.
Thanks my friend, I am not saying to ignore the mundane first
I was simply saying that we can not overlook every case that is similar to a lantern, under certain conditions.
We must consider all possibilities.
The Tower: The tower sits at the highest point of the hill. I just height that way, according to that, when something is coming over the hill. Once it gets high enough, I use the clouds.
The Clouds: Cumulus. The base of that type of cloud is usually about 6,500 feet. That's 1.2 Miles, or 2 Kilometers. There's the height. Somewhere between 3,000 feet, and 6,500 feet.
The stars I use for size. The area I live in has virtually no pollution, so most stars are visible. I use the constellation stars. I stare at the sky enough to know the relative size and brightness of them on a nightly basis, throughout the year. Compared to the stars it was next to, the thing was huge and VERY bright.
Originally posted by C.H.U.D.
Please demonstrate to me how you alone can estimate size, distance and speed, when for the rest of us it is physically impossible in situations like this case.
Originally posted by C.H.U.D.
The diagram says to me that you probably saw the aircraft head on (when it was bright) and from quite a distance... that would make it similar to this case: This has to be 100% genuine???