No, we know that a lot of observations were made, but only one triangulation was possible.
You’re splitting hairs. Nevertheless “lots of observations” means
information was obtained, yet Elterman (in his final report) claimed there
was no information obtained!
You describe being able to tell whether or not the observations from two different stations are of the same object as "impossibly strict"? I describe it as a basic requirement of triangulation. Oh well, each to their own.
You have simply misinterpreted what I meant. I meant that given the usual occupation of the engineers, scientists and analysts – that of obtaining data on rocket tests – the criteria used to gather and analyse that data would
of necessity have been virtually “impossibly strict”. There is no reason to suppose that such quality would not have been applied in their research in tracking the UFOs.
Yes, they did the right thing in rejecting most of the data.
You have simply misinterpreted what the analysts did. They rejected
for the purpose of triangulation all observational data
except on one occasion where they
accepted the data as sufficiently accurate for triangulation purposes. The analysts (as far as we know) did not reject
anything else for
any other purpose.
Because, as you keep pointing out, they were professionals. It makes sense that they conducted an error analysis.
Then why do you persist in claiming that they would
not have accounted for “error” in producing their summary report?
I think you need to read what I said again. I'll give you a hint, it's a double negative.
This is merely splitting hairs. Such attempts do nothing to negate the substance of the case.
Most of the data was useless for triangulation, as demonstrated by the fact that they rejected all but one measurement.
Now you are getting closer to a correct assessment (but there were actually
four successful triangulations – see the very bottom of this post).
And you seem to miss the trees for the forest. Technical points are almost never irrelevant, particularly when they cast doubt on the result.
But there you go again. The “technical point” actually speaks to the
quality of the evidence - in that the analysts
rejected much data for the purposes of triangulation and only felt confident enough to actually report on just a single occasion where successful triangulation was acheived.
Again, describing the most basic necessity of triangulation as "almost impossibly strict criteria".
Sure, less strict criteria might have seen more triangulations reported.
And "all the information we do have" is one triangulation with no associated error.
You seem to be all over the place on this one. Remember you stated above:
“Because, as you keep pointing out, they were professionals. It makes sense that they conducted an error analysis.”?
I have never maintained that they didn't account for errors, in fact quite the opposite. All I have said is that we do not know what the errors were. We lack information and so are unable to assess how accurate the triangulation was.
You really don’t see any inconsistency between that statement and this statement of yours:
“Because, as you keep pointing out, they were professionals. It makes sense that they conducted an error analysis.”?
Perhaps a statement of my own might help:
“… given the usual occupation of the engineers, scientists and analysts…” (in other words “professionals”)
“…– that of obtaining data on rocket tests – the criteria used to gather and analyse that data would of necessity have been virtually “impossibly strict”. There is no reason to suppose that such quality would not have been applied in their research in tracking the UFOs.”
In other words if you believe that “it makes sense” that a professional error analysis
was conducted, then what’s your
real objection to the reported data?
Again, I have never attacked their qualifications, I merely point out the blatantly obvious - that we don't have all the information. This is an incredibly important point, and to dismiss it as you do is unscientific and appears extremely biased.
I think “incredibly important” is somewhat hyperbolic under the circumstances because clearly we have the reported data to work with and you yourself admit that it was produced by “professionals” and where “it makes sense” that they would have conducted an error analysis. So I ask again: What is your
real objection to the data?
And so, once again, we're basically back to your assertion that they were professionals, so they had to be right.
Actually you supported that assessment... Remember your admission:
“Because, as you keep pointing out, they were professionals. It makes sense that they conducted an error analysis.”?
So now simply asking what the error was is a "scurrilous attack on the qualifications of the researchers involved"? It really sounds like you're getting desperate Rramjet. It's a simple question.
How large were the error margins?
(For those of you playing along at home, the answer is, of course, "We have no idea.")
At this point I can only keep repeating your own admission:
“Because, as you keep pointing out, they were professionals. It makes sense that they conducted an error analysis.”?
It just says "approximately".
It was a
summary report wollery… to see that actual figures with error margins we would need access to the full report – and unfortunately that we do not have. We do not have access to the
films either and once again it seems here is a case where the information is being withheld from the public domain. One has to ask
why that is a recurrent theme in UFO cases…
Yes, but what information, and how useful?
I can only repeat: We do not have access to the
films either and once again it seems here is a case where the information is being withheld from the public domain. One has to ask
why that is a recurrent theme in UFO cases…
What information, and how useful is it?
We don’t
know how useful the information might be
because once again it seems here is a case where the information is being withheld from the public domain. One has to ask
why that is a recurrent theme in UFO cases…
And we have no idea why. As you pointed out in your previous post any speculation is unfounded.
Certainly we don’t know
why Elterman (in his final report) either lied or otherwise misrepresented the truth. Speculation about
that is best left to the reader. I have declined to comment before and I do so again.
You stated:
“Because, as you keep pointing out, they were professionals. It makes sense that they conducted an error analysis.” and I followed up with:
“… given the usual occupation of the engineers, scientists and analysts…” (in other words “professionals”)
“…– that of obtaining data on rocket tests – the criteria used to gather and analyse that data would of necessity have been virtually “impossibly strict”. There is no reason to suppose that such quality would not have been applied in their research in tracking the UFOs.”
And I could also add: We don’t
know the specific error margins
because once again it seems here is a case where the information is being withheld from the public domain. One has to ask
why that is a recurrent theme in UFO cases…
This is a very convoluted way of admitting that multiple triangulations were not made. So then we agree that we have one partial triangulation?
There is a clear and simple statement that goes directly to the truth of the situation. It is this:
Enough accurate data was obtained to allow a successful triangulation (four of them no less).
When you say "account for error margins" what do you mean? Wollery is asking for the actual error margin, as in a number. We haven't seen such a number yet.
My reply to you is the same as to wollery: “We don’t
know the specific error margins
because once again it seems here is a case where the information is being withheld from the public domain. One has to ask
why that is a recurrent theme in UFO cases…”
One of the differences lies in the fact that when doing what they were trained to do they knew exactly where and when a rocket would appear and could prepare beforehand. That is not the case when you're waiting for something that might show up at some time in any direction.
Exactly! That is probably a reason
why only
four successful triangulations were considered by the analysts (using their professionally strict criteria) to have been successfully achieved.
You claim that a lot of informatioj was gained, then I'm sure you would like to list the information that was gathered. Speed, altitude, size, colour, material and what else you might have.
I’ll rephrase then: “We don’t
know the specific information
because once again it seems here is a case where the information is being withheld from the public domain. One has to ask
why that is a recurrent theme in UFO cases…”
There are technical points that affects the accuracy of the size- and altitude estimations. I know you don't want to admit that and prefer to pretend that the error margins are insignificant. But, you don't know that because we don't have any error calculations.
I think it has been established that:
“Because, as you keep pointing out, they were professionals. It makes sense that they conducted an error analysis.” and I followed up with:
“… given the usual occupation of the engineers, scientists and analysts…” (in other words “professionals”) “…– that of obtaining data on rocket tests – the criteria used to gather and analyse that data would of necessity have been virtually “impossibly strict”. There is no reason to suppose that such quality would not have been applied in their research in tracking the UFOs.”
And I could also add: We don’t know the specific error margins because once again it seems here is a case where the information is being withheld from the public domain. One has to ask why that is a recurrent theme in UFO cases…
A true scientist would want to see those error calculations and not assume that they are negligable when matching against manmade objects. You're not a true scientist now. You're just guessing that it's a cover up.
First: We don’t
know the specific error margins
because once again it seems here is a case where the information is being withheld from the public domain. One has to ask
why that is a recurrent theme in UFO cases…
Second:
“Because, as you keep pointing out, they were professionals. It makes sense that they conducted an error analysis.” and I followed up with:
“… given the usual occupation of the engineers, scientists and analysts…” (in other words “professionals”) “…– that of obtaining data on rocket tests – the criteria used to gather and analyse that data would of necessity have been virtually “impossibly strict”. There is no reason to suppose that such quality would not have been applied in their research in tracking the UFOs.”
Third: I will leave it to the reader to judge precisely
who is involved in a “cover up” in this case.
Listen, I AM NOT claiming that they forgot to calculate those error margins. I just want to see them. Was the object 150km up or 110?, was it 30ft or 25ft wide. 20? It's not unreasonable that one would like to be able to verify the accuracy in such estimates.
“Because, as you keep pointing out, they were professionals. It makes sense that they conducted an error analysis.” and I followed up with:
“… given the usual occupation of the engineers, scientists and analysts…” (in other words “professionals”) “…– that of obtaining data on rocket tests – the criteria used to gather and analyse that data would of necessity have been virtually “impossibly strict”. There is no reason to suppose that such quality would not have been applied in their research in tracking the UFOs.”
And I could also add: We don’t know the specific error margins because once again it seems here is a case where the information is being withheld from the public domain. One has to ask why that is a recurrent theme in UFO cases…
When it comes to such an extraordinary claim, a greater weight of evidence would be required. I thought we could agree on that anyway.
What “extraordinary claim”? I fail to see where
any “extraordinary claim” has been made.
...so since you don't have an answer to my actual question you reply with nonsense. What were the error margins? 10%, 25%, 50%?
You can keep asking this and my reply will always be the same. Perhaps you might be better employed to address yourself
to my reply?
Once again then. Enumerate the information about these objects that was gained at those other observations.
You can keep stating this and my reply will always be the same. Perhaps you might be better employed to address yourself
to my reply?
I'm sure you wuld like to show me how because honestly, I don't know. I was trying to find it online but failed.
Here it is:
Objects observed following MX776A test of 27 April 1950
2nd Lt. (name censored) EHOSIR 15 May 50
1. According to conversation between Col. Baynes and Capt. Bryant, the following information is submitted directly to Lt. Albert.
2. Film from station P10 was read, resulting in azimuth and elevation angles being recorded on
four objects. In addition, size of image on film was recorded.
3.From this information, together with a single azimuth angle from station M7, the following conclusions were drawn:
a) The objects were at an altitude of approximately 150,000 ft.
b) The objects were over the Holloman range between the base and Tularosa Peak.
c).The objects were approximately 30 feet in diameter
d) The objects were traveling at an undeterminable, yet high speed.
(signed)
Wilbur L. Mitchell
Mathematician
Data Reduction Unit
(
http://www.brumac.8k.com/WhiteSandsP...andsProof.html)
It's actually very easy. I'll whip up a few diagrams over the weekend if I have time.
(assuming that you're talking about triangulation)
I think Jocce was actually talking about my reference to a triangulation being achieved on “four” separate objects – meaning of course (though I did not state it at the time)
four successful triangulations were achieved!