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.
Originally posted by JimOberg... does NOT immediately follow the break, as generally claimed, but was taken DAYS later?
Originally posted by HolgerTheDane
Just about as reliable as a link to Disney, Lucas Film and TrekkieHeaven.
Originally posted by DoomsdayRex
Fran, in an earlier post, I presented two videos, each from a different source, demonstrating how the tether incident is an optical illusion created by the camera.
Yet you dismiss these without explanation. Could you please tell us why you dismiss them?
Originally posted by DoomsdayRex
And that is the problem, Fran. Oberg, and others, have been asking you what process you went through to determine these prove "100%" that NASA has filmed aliens. Oberg even asked at what time in the second video a certain event happens, but to my knowledge you haven't even answered that.
You instead rely on the base assertion fallacy, the negative proof fallacy and an argument from personal belief. You even rely on an appeal to popularity fallacy at one point. You seem to have a steadfast refusal to tell us the how and why behind your claim. You are short on reasoning and evidence and long on logical fallacies.
You even go so far as to chide us for not accepting the possibility these may be aliens, when we can tell you the how and why we came to our conclusions, yet you cannot or will not.
Originally posted by Exuberant1
I see you also have failed to produce an image-set for comparative analysis.
Perhaps you refrain from doing this because the hypothesis which you support does not account for what is seen in the STS-75 tether UFO footage and is not replicated by DoomDaysRex's video...
Originally posted by zorgon
Originally posted by JimOberg... does NOT immediately follow the break, as generally claimed, but was taken DAYS later?
Care to explain why the tether two days later was still glowing?
Originally posted by Exuberant1
reply to post by DoomsdayRex
You claim the STS-75 UFO`s are attributable to camera artifacts - the other debunkers claim they are ice crystals and particles....
It appears further investigation is required; the STS-75 objects have yet to be conclusively identified or accounted for.
Originally posted by JScytale the camera used creates said artifacts whenever focused on something in the extreme distance and something passes in the foreground.
Originally posted by JScytale
seriously?
sunlight, dude.
the sun is *extremely* bright in space, with no atmosphere to filter it.
the tether was never *glowing*,.
Originally posted by franspeakfree
your looking for an argument where you can can twist my words
If zorgon says it aswell then we must be on the right wavelength.
Originally posted by zorgon
but I doubt you would even look.
Originally posted by cranberrydork
and if you dont link them
he for sure cannot read them
The specific TSS1-R mission objectives are: characterize the current-voltage response of the TSS-orbiter system, characterize the satellites high-voltage sheath structure and current collection process, demonstrate electric power generation, verify tether control laws and basic tether dynamics, demonstrate the effect of neutral gas on the plasma sheath and current collection, characterize the TSS radio frequency and plasma wave emissions and characterize the TSS dynamic-electrodynamic coupling.
A plasma sheath could develop around the tether. If that occurs, the range of the high-voltage tether would be impacted. That same sheath might also affect how much power is necessary to pump into the tether, keeping it at high voltage, Hoyt said.
The tether current produces a closed, azimuthal magnetic field around the tether. As a result, the region immediately surrounding the tether is disconnected from the open magnetic field region farther out (a magnetic separatrix exists). Therefore in order to be collected, charged particles must intersect the boundary surface (separatrix) between the regions of closed and open magnetic fields configurations. If the plasma sheath is inside the region of closed magnetic surfaces, the particle can be collected only due to the thermal motion, i.e. finite Larmour radius. To the extend that charged particles are unable to move across these surfaces, collected current will be reduced. This magnetic insulation breaks down if the boundary surface is
inside the region of strong electric field, i.e. inside the plasma sheath.
Using a hand-held camera system with image intensifiers and special filters, the TOP investigation will provide visual data that may allow scientists to answer a variety of questions concerning tether dynamics and optical effects generated by TSS-1R. In particular, this experiment will examine the high-voltage plasma sheath surrounding the satellite...
In one mode of operation, the current developed in the Tethered Satellite System is closed by using electron accelerators to return electrons to the plasma surrounding the orbiter. The interaction between these electron beams and the plasma is not well understood...
Associate Investigator: Stephen Mende, Lockheed Martin
in order to obtain 2D images in the EUV-FUV ((400÷1300) Å) of the optical phenomena occurring in the neighborhood of the TSS satellite. These peculiar phenomena, not detectable during the first TSS mission, are primarily due to the interaction of a high-potential conductive body with the surrounding ionospheric plasma.
Astronomical observations: ultraviolet (100÷3000) Å
Later vacuum-chamber experiments suggested that the unwinding of the reel uncovered pinholes in the insulation. That in itself would not have caused a major problem, because the ionosphere around the tether, under normal circumstance, was too rarefied to divert much of the current. However, the air trapped in the insulation changed that. As it bubbled out of the pinholes, the high voltage ("electric pressure") of the nearby tether, about 3500 volts, converted it into a plasma (in a way similar to the ignition of a fluorescent tube), a relatively dense one and therefore a much better conductor of electricity.
Originally posted by zorgon
Originally posted by JScytale
seriously?
sunlight, dude.
the sun is *extremely* bright in space, with no atmosphere to filter it.
the tether was never *glowing*,.
Yes seriously and I suggest you do your homework and read some NASA documents about the plasma glow that was recorded, expected and the special camera used to record it. I could link you to those documents but I doubt you would even look.
The wire is only a few centimeters in dia. Its over 80 nautical miles away. Sunlight reflecting on such a thin wire? you really don't have any idea about this do you?
Originally posted by JScytale
that's what we call "overexposure".
Originally posted by zorgon
Originally posted by JScytale
that's what we call "overexposure".
Like I said you didn't read one of those links did you? Nor did you notice that the sequence is not taken with an ordinary camera.
Silly Lemming
Originally posted by cranberrydork
observation
when a persons arguments are shown to be flawed or fallacious
it inevitably becomes labeled as "twisting my words"
Originally posted by BlasteR
Again, what isn't being considered by everyone is whether or not these are artifacts. Thus, if you use the broken tether to calculate relative size of these objects compared to the tether, all you're doing is calculating the overall size of the artifact itself. Does that really tell us anything?
I'm just not convinced.
People say that these objects moved behind the tether and so we can calclulate a general minimum size of the objects based on this distance from the camera.
But where is the proof that this thing even went "behind" the tether?
I've seen this very bit of information debated and discussed in other ATS threads but it never really gets resolved because it's hard to tell. It appears to me that the artifacts all overlap the tether in the video (which would make complete sense).