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Originally posted by Chakotay
Wiss, read the link before you post. Tempel is emitting x-rays, according to the European Space Agency.
Don't be too sure about antimatter supplies. The US rolled over on stopping nuclear testing WAY too easy. That tells me nuclear is obsolete. The black budget has plenty of room for grams of antimatter, let alone milligrams.
And solid-state crystalline confinement- the latest tested and proven technology- makes miniaturized shock-detonated capsules (like Captain Kirk's little antimatter mortar) oh-so-possible.
Originally posted by Chakotay
Comet Temple is an x-ray source.
Explain THAT under the standard model for comets.
Maybe we just nuked an alien space ark (tounge in cheek)
Originally posted by cmdrkeenkid
Originally posted by Chakotay
Wiss, read the link before you post. Tempel is emitting x-rays, according to the European Space Agency.
Alright, fine, but did you see the ideas as to why it is? It has nothing to do with antimatter.
Don't be too sure about antimatter supplies. The US rolled over on stopping nuclear testing WAY too easy. That tells me nuclear is obsolete. The black budget has plenty of room for grams of antimatter, let alone milligrams.
And solid-state crystalline confinement- the latest tested and proven technology- makes miniaturized shock-detonated capsules (like Captain Kirk's little antimatter mortar) oh-so-possible.
And you got this information from...?
Originally posted by WissNX01
Still, Im not going to read any link you provide, simply because I think that you lost all credibility with the Hoagland support.
We havent gone anywhere in 30 years besides a low orbit.
We observed comet 9P/Tempel-1 on UT 4.3 July 2005 using the NIRSPEC high dispersion infrared spectrometer at the Keck-2 telescope on Mauna Kea, Hawaii. Spectral acquisition began at 05:22 UT (30 minutes before impact) and continued until 8:10 UT. Acquired spectra cover the wavelength range 2.9-5.0 um at resolving power l/dl ~ 24,000. The IR continuum began to brighten immediately after impact, and brightening continued for the next hour. Spectral lines of H2O appeared almost immediately, and continued to brighten thereafter. The first instrument setting (28 minutes on source) revealed spectral lines of H2O (7 hot-band lines)), C2H6 (5 Q-branches: RQ2, RQ1, RQ0, PQ1, and PQ2), and CH3OH (many lines). The second setting (24 minutes on source) yielded additional hot-band lines of H2O,along with lines of HCN (six lines), C2H2 (tentatively two lines),CH3OH (many lines) and OH prompt emission. The third setting (14 minutes on source) tested CO and H2O; they are still being reduced. Preliminary reductions provide rotational temperatures for H2O (~ 40 K) and HCN (~ 50 K). The preliminary production rate for HCN is 5x10^25 s^-1 and for C2H6 it is 1x10^26 s^-1, assuming Trot = 50 K. The spectra differ dramatically from those acquired on UT 3 June 2005 with the same instrument.
Finally, why were there no images returned from the impactor seconds before impact? The lower right image is the last from the impactor camera. Thornhill predicted an electrical flash before impact. Yesterday’s TPOD reported the surprise expressed by NASA’s expert on high-velocity impacts, Peter Schultz, when two flashes were seen. The lack of images in the last few seconds would be explained simply if the impactor was hit by a “cometary lightning bolt” seconds before contact. The “whiteout” seen in the lower right quadrant indicates significant electrical discharging near the impact point. Data from the communications team and the flyby spacecraft cameras should decide the issue.
Tempel 1 has a low-eccentricity orbit. Therefore its charge imbalance with respect to its environment at perihelion is low. (It is a “low-voltage” comet.) Electrical interactions with Deep Impact may be slight, but they should be measurable if NASA will look for them. They would likely be similar to those of Comet Shoemaker-Levy 9 prior to striking Jupiter’s atmosphere: The most obvious would be a flash (lightning-like discharge) shortly before impact.
More energy will be released than expected because of the electrical contributions of the comet.
Originally posted by Chakotay
The impactor was supposedly made from copper.
Could there have been a 'Twinkie filling'? Say, U235? Plutonium?
I don't think so. Remember that it takes an explosive device to set off a nuclear bomb and there's no such thing as a "little" one. Even the "suitcase nukes" apparently would obliterate several blocks of city; not dig a small hole.
Or a Penning Trap- filled with milligram quantities of antimatter?[/iquote]
They've never made more than a few atoms of it and it's highly unstable. Why bother? Plain old brute force will do the job very inexpensively.
And why inject all that other data? A nuclear device would put out all sorts of radiation and wild spectra, and that would interfere with the very thing they wanted to look at -- the first seconds after the comet was hit.
This last possibility is intriguing due to several disinfo stories leaked before the impact hinting that 'comets may be made of antimatter'- a farcical hypothesis perhaps floated to provide a plausible origin for an antimatter signature- if any- in the blast.
And there wasn't any.
Originally posted by Stefan
How is it possible that this discussion is going on, and nobody comes up with...
Originally posted by Chakotay
- the antimatter/nuclear impactor hypothesis
- the copper kinetic impactor hypothesis
I am still working on the numbers to make sure e=mv2 on this impact event- until I have enough data to rule out an antimatter-spiked impactor, for me it is an open question.