The STS75 "Tether Incident" - FORENSIC ANALYSIS.

"One of the most controversial segments of video footage in the NASA archives is the now-famous TSS-1R "tether incident" footage that was shot during shuttle mission STS-75 in early 1996. I am sure most of you have seen at least portions of this footage before, but as compelling as the original raw video is, the enhanced forensic analysis of that incident (a brief portion of which you will see here today) provides a totally new and far more revealing way of looking at what has already been considered by any to be some very impressive evidence.
This brief presentation here is NOT the complete forensic analysis of the entire tether incident (not even close). This is merely an initial demonstration test that I put together while I was in the early stages of conducting an in-depth breakdown of this footage for another separate project I have been working on. What you will see here is a demonstration of object flightpath tracking being applied to two different "stable sequences" of tether incident footage (20 seconds and 53 seconds in duration respectively). I was so impressed with these initial renderings that I decided I would jump the gun a bit and share these two enhanced sequences with you now so that you may do your own analysis of them.

Obviously, the most important thing we are interested in when examining the tether footage is the movement characteristics of the many objects that can be seen flying around in the cameras field-of-view (FOV). Due to the large number of objects swarming around, it can be difficult to properly visualize individual object velocity vectors or apparent delta-v changes by examining just the raw footage alone. The high 'clutter factor' helps to hide the fact that many of these objects are experiencing some truly remarkable deviations in flightpath trajectory. In order to better visualize the movement characteristics of the various objects, I have built a series of flightpath tracking animations that were constructed from "stable sequences" of the original raw STS75 tether footage. For the purposes of this presentation, the term "stable sequence" refers to a segment of footage in which the camera platform remains perfectly stable - with no movement, shaking, or zoom interference that would serve to compromise the accuracy of the object flightpath tracks.

Rather than merely showing a basic continuous flightpath trace for each object from start to finish, I instead elected to employ a more dynamic display technique in this demo that allows for better recognition of not only the individual flightpaths for each object, but it also provides a real-time visual reference of the apparent velocity of each object at any given time. The length of the flightpath tail you see trailing behind each object is directly proportional to that object's speed - so simply put, the faster the object is moving across the camera's FOV, the longer the flightpath tracking tail behind it will be.

If the object experiences an apparent change in velocity as it is moving around the scene, then the length of the flightpath tracking tail will adjust 'on the fly' to account for it. This display method allows for better visual recognition of any delta-v changes the objects experience. For the two different stable sequences shown in this presentation, I included both short-tail and long-tail flightpath tracking animations, with the only difference between the two versions being the length of the apparent velocity tail that marks each object's path.

As you will see, the flightpath tracking animations reveal that many objects experience some very impressive delta-v changes. Some objects appear to be floating across the FOV following delicate arcing trajectories, and others can be seen exhibiting far more dramatic changes in flightpath that in some cases result in abrupt perceived 180-degree shifts in the velocity vector. These flightpath deviations must be due to either some external force acting upon the object (push/pull), or alternatively, we must also consider that there could be an internal force or thrust being emitted from the object itself that accounts for the changes in trajectory and velocity observed (the second option would of course denote some level of intelligent control being involved). You will also witness some objects that appear to materialize and de-materialize directly into or out of the scene (or at least into or out of the sensitivity range of the IR/UV imaging system that was being employed to shoot this footage).
In closing, I just ask you to please keep in mind that this is only a brief initial demonstration I am showing here, though I think you will still find it compelling. A much more comprehensive forensic analysis of the visual flightpath data from not only the "tether incident" footage, but several other scenes as well, is in the works. I hope you enjoy this in the meantime!
Cheers everyone!
LC "


*ALL CREDITS TO: LunaCognita

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[ENGLISHTEACHERNOW]

forensic analysis of tether incident ??????? I have absolutely no idea what this nonsense is about? Explain please!!!!

[Romulo282838]

@ENGLISHTEACHERNOW It is about NASA missions!

[HazeFanatico]

How dare u people question your government,terrorist all of you! Of course we are all alone in the vast Universe,now go back to work and stop with the questions,our president knows what is best for you...

[crist2772]

....hey guy ,this just show to us that the smart aliens are not so smart ,why ?...because they was so afraid about this "tether device" ,...so, they control humans by chance and tech, but at the end they are just cientist tryng rats.....yes ,humans.

[chunkyification]

Totally amazing enhancement of the 'incident'. Your work makes it all the more obvious to anyone with a brain to see that we are not alone - an impossibility anyway, in my opinion.

[elaineslo]

Eu acho que não são Ufos, acho que são formas de vidas que desconhecemos....

[MaupoNaio]

I see those "flight paths" everywhere, on Earth, they come from the trees leafs, the grass, the rocks, the mountains, the Earth itself, they explode in their air space, and bind with other particles, dividing, merging, multiplying, and returning to their source. They form triangular 4 dimensional patterns, link, share information, and return to their place of origin.

Sit very still, look at a distant object, then focus on the space between you and the distant object. Tell me what you see.

[LOLWUTI5THIS]

@Mcartey1 Do you not bother to read the description?

[55mautak]

Aliens are so stupid. They didn't know that it was just a Tether....Duh.

[younwhosarmy]

@XlinkK280 .... Somone can; but no one will !!!

[mogeroithe]

What is that background music?

[FiMerk]

Didn't know debris could stop and circle around nothing :o Screw the lying government.