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Originally posted by adjay
"In what looks like a meteor crashing down from the sky, this object rules out that possibility as it suddenly changes direction." - Quote from the youtube page
I did hunt around to see if this had been posted before - there is no date with the video that I can see, and I don't speak Spanish/Peruvian, so I can't tell if the reporter mentions it or not.
I think the video is proof it is not a meteor, but what else could "steer" on it's descent down from the atmosphere? It seems to make one large correction before the video ends.
Is there any band of atmosphere that could create such a thermodynamic change that could alter trajectories of falling objects, I wonder?
EDIT: Video link would help!
[edit on 10-4-2007 by adjay]
Originally posted by disownedsky
A meteor can APPARENTLY change direction. Keep in mind it's often very difficult to determine whether a meteor or re-entering space debris. is moving towards you or away from you.
[edit on 10-4-2007 by disownedsky]
Originally posted by adjay
Yeah, but I think the video shows that it's not an "apparent" change, but an "actual", and sudden change of direction. I would expect an apparent change to be more fluid, and slow, and also happen a few times as it descends, following some kind of logarithmic curve.
I'm not convinced it's an ET btw.. But very convinced it's a UFO.
Originally posted by disownedsky
A logarithmic curve? But atmospheric density is exponential with altitude, and the altitude drop at the end of the trajectory can be very sharp.
Originally posted by disownedsky
What you see on a video or photograph is recorded in two dimension. The object is moving in three dimensions.
Originally posted by disownedsky
A meteor can APPARENTLY change direction.
Originally posted by disownedsky
Keep in mind it's often very difficult to determine whether a meteor or re-entering space debris. is moving towards you or away from you.
Originally posted by disownedsky
In this video, the meteor is quite close to the horizon, so it could be coming in through quite a lot of atmosphere.
Originally posted by disownedsky
That would explain the apparently short trail. As it gets close, its cross track motion is apparently amplified because the atmosphere is deflecting it more and it's closer.
Originally posted by disownedsky
So, I see nothing really anomalous here.