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That's exactly right. Basically, they argue that there are 3 distinct possibilities for the object:
"Mysterious satellites" were officially reported six times in orbit around the Earth in the 1950s before the first Sputnik of October 4, 1957. Clyde Tombough, the discoverer of Pluto over 20 years before, studied two moonlets in orbit in 1954.
The radar detections were: April 1949, first reported by Naval Commander Robert McLaughlin, a rocket expert; 1953: one in a near-equitorial orbit 400-to-600 miles out, and the two at Lagrange Points, then calling the satellites "Toro moonlets"; 1954, an "Aviation Week" report ("Satellite Scare," Aug. 23, 1954) told of Dr. Lincoln La Paz (a government expert on meteors) announcement of a satellites orbiting at 400 and 600 miles out; a search by the Adler Planetarium in Chicago tracked one or two of these "moonlets"; in 1957, three months before the USSR launched the first Earth satellite in October, Italian astronomers tracked a large mystery satellite, also reported in the news, like the others had been.
Originally posted by jcolsto
Another site recently referenced me to a scholarly publication that seems to believe we were examined by an artificially created object back in 1991.
West and Hainut observed 1991 VG, that's all Steel says about them. Are also you claiming that all of the footnoted references "collaborated" on the article?
Actually, though the author of the paper is one man, the work was collaborative.
Snide? I'm not sure where you get that but here is what Steel said about the brightness of the object:
You can be as snide as you want, but it was not only rotation that concerned the investigation in this instance but rather rotation combined with radiance typical of artificial craft.
The "S" stands for stony.
Assuming the albedo of an S-type asteroid is appropriate-its spectral reflectitivity was not dissimilar to main-belt S-type asteroids
Actually what the article says is that the probability for the discovery (not the possibility of "encountering" it) of 1991 VG was 1:100,000 by use of the Spacewatch telescope. We have better resources now and those resources have found more asteroids in similar orbits.
Furthermore, it was calculated that the possibility of encountering such an object was approximately a 1 in 100,000 chance per year
It doesn't have a geocentric orbit. It, like Earth, has a heliocentric orbit. Just as some other asteroids have been found to have. But As Steel says:
it was concluded that it would have had to have been recently ejected from the lunar surface in order to have such a geocentric orbit
Which is exactly what has occurred.
On the other hand, continued searching with Spacewatch, and, one hopes, within a few years with the more powerful Spaceguard system, would turn up examples of such a substantial population.
highly metallic, spinning, geocentric orbit
There is no indication that its orbit changed. That is speculation.
that came in "hot", slowed, and followed a nearly perfect orbit of Earth
I didn't say it had to be asteroidal, I said that asteroids have been found with rapid rotation rates. I read the paper, I understand it. Perhaps you should read it more carefully. But if you don't know the difference between a geocentric orbit and a heliocentric orbit I would submit that it is you who are ignorant.
Your argument that because it was spinning it had to be asteroidal is ignorant. Please read the paper. If you can't understand it, don't comment, unless you'd like to understand more.
Originally posted by Phage
reply to post by jcolsto
West and Hainut observed 1991 VG, that's all Steel says about them. Are also you claiming that all of the footnoted references "collaborated" on the article?
Actually, though the author of the paper is one man, the work was collaborative.
Snide? I'm not sure where you get that but here is what Steel said about the brightness of the object:
You can be as snide as you want, but it was not only rotation that concerned the investigation in this instance but rather rotation combined with radiance typical of artificial craft.The "S" stands for stony.
Assuming the albedo of an S-type asteroid is appropriate-its spectral reflectitivity was not dissimilar to main-belt S-type asteroids
Actually what the article says is that the probability for the discovery (not the possibility of "encountering" it) of 1991 VG was 1:100,000 by use of the Spacewatch telescope. We have better resources now and those resources have found more asteroids in similar orbits.
Furthermore, it was calculated that the possibility of encountering such an object was approximately a 1 in 100,000 chance per year
It doesn't have a geocentric orbit. It, like Earth, has a heliocentric orbit. Just as some other asteroids have been found to have. But As Steel says:
it was concluded that it would have had to have been recently ejected from the lunar surface in order to have such a geocentric orbit
Which is exactly what has occurred.
On the other hand, continued searching with Spacewatch, and, one hopes, within a few years with the more powerful Spaceguard system, would turn up examples of such a substantial population.
highly metallic, spinning, geocentric orbit
I see nothing in the article about the object being determined to be "highly metallic". Spinning asteroids are not that unusual. For the second time. it is not in a geocentric orbit.
There is no indication that its orbit changed. That is speculation.
that came in "hot", slowed, and followed a nearly perfect orbit of Earth
I didn't say it had to be asteroidal, I said that asteroids have been found with rapid rotation rates. I read the paper, I understand it. Perhaps you should read it more carefully. But if you don't know the difference between a geocentric orbit and a heliocentric orbit I would submit that it is you who are ignorant.
Your argument that because it was spinning it had to be asteroidal is ignorant. Please read the paper. If you can't understand it, don't comment, unless you'd like to understand more.
Steel's entire hypothesis about the object being an alien probe was based on characteristics which have since been found in asteroidal objects. You can join in his speculation if you wish but don't fault me for offering counter arguments. Don't fault me for actually reading and understanding the article without throwing my own biases into it. Geocentric? Metallic? Came in "hot and slowed"?edit on 6/29/2012 by Phage because: (no reason given)