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Most famously, the two Voyager spacecraft each contain a golden record that contains pictures and sounds of Earth, along with symbolic directions for playing the record and data detailing the location of Earth.
Originally posted by wavemaker
Originally posted by Kali74
Why the Navy and not the Air Force or NASA? It doesn't make a lot of sense to me.
We don't know the whole story so just keep an open mind. But I have already read in many articles that the Navy have another division which they call the US Navy Space Command.
You can easily see PlanetX in google sky, go to the constellation Leo and shift to infrared spectrum, plain as day, as the Egyptians would have called it "the winged destroyer" no zooming to see it its there and its close
Originally posted by Enlightenme1111
Try the frequency around 1111.
Just a thought
Originally posted by kdog1982
Originally posted by Enlightenme1111
Try the frequency around 1111.
Just a thought
Uh,11.11 hz,or 111.1 hz,1111 hz,1111khz,1111 mhz?
Which one?
Hoping this comet rocks my world!
BTW,hz is hertz,a standard in frequency designation.edit on 18-8-2011 by kdog1982 because: (no reason given)
Based on telescopic visual and IR spectral data gathered from Earth prior to Rosetta's fly-by, Stein's external composition could, in fact, actually be some form of "refined metal"; this is based, in part, on its unique spectrum -- classified as "E" according to planetary catalogues -- making Steins among the rarest of all asteroid types ... a spectral classification shared by only about 30 other objects in the entire solar system (as evidenced by this comparative spectral graph - below) -- out of over three hundred thousand asteroids known!
The ESA mission to the asteroid Steins - Analysis of the surface.
The E-class asteroids are defined (Zellner et al. 1977; Tholen, 1984; Tholen and Barucci, 1989) as those having flat to red, featureless spectra like their spectrally degenerate cousins, the P and M asteroids, but differentiated from them by high visual albedos, taken somewhat arbitrarily to be pv > 0.3. They are usually interpreted to be composed of iron-free silicate minerals such as enstatite and are believed to be analogous to enstatite achondrites (aubrites) (Bell et al. 1989)....
The most surprising result of these observations is the high polarization ratio of both asteroids. As noted earlier, Benner et al. (2007) found that all of the E-class objects in a survey of 160 NEAs had polarization ratios c ≥ 0.8. Nysa’s polarization ratio is lower than the NEA E-class sample and Hungaria’s is at the lower end. Nevertheless, both are significantly higher than any other main-belt asteroid, suggesting a common cause. If we assume that the large-crystal hypothesis of Benner et al. is correct, we speculate that the lower polarization ratios of these MBAs may be due to a greater amount of impact-related surface gardening and regolith accumulation because of their (likely) older surface age, greater surface gravity, or both.
Right... maybe before correcting me you should place the entire conversation into context. You might realize then why I posted the info.
Originally posted by DJW001
reply to post by Xcathdra
Right... maybe before correcting me you should place the entire conversation into context. You might realize then why I posted the info.
Why did you post the info? The page you link to is pure pseudo-science.
I can't find Elenin image from Hubble.
Is there some available ?