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Jul 29th, 2009 by Syd Walker
Last November I blogged about a jaw-dropping image of the Milky Way by the American photographer Wally Pacholka – see Amazing. He’s developed a stunning way of photographing the night sky that gives a sense of three dimensionality.
According to his website, NASA has now published 34 of Mr Pacholka’s photographs in its Astronomy Picture of the Day series – more than any other photographer.
Today’s APOD – The Milky Way Over Devil’s Tower – is the latest. Devil’s Tower in Wyoming will be familiar to movie goers; it was the scenic backdrop for Stephen Speilberg’s Close Encounters of the Third Kind.
The Milky Way Over Devil's Tower by Wally Pacholka
The BBC gets some feisty responses from viewers to its explanation about using a similar photo – see What really happened on the BBC Editors Blog.
I especially liked this comment (links and emphasis added):
malleestump wrote:
Very gracious of the BBC no doubt, thank God for the internet and sites like ‘whatreallyhappened.com‘ being a site I peruse daily.
Now people, have a look at Mike Rudin’s story and the comments (esp from abour 3,000 on)in the editor’s blog called “Caught up in a conspiracy” and see how the BBC is refusing to update The Rudin ‘Conspiracy File‘ programs on 9/11.
For example, the BBC will not report on the recent paper of 4th April 2009 by Niels Harrit and 8 other scientists on the confirmation of ther finding of nano-thermitic residue in the twin towers dust. Why not BBC? the Danes have put Niels Harrit on TV to explain the findings of the militarised explosives.Why should the Danes be more informed than the British in relation to the mass murders on 9/11?
“Agate is believed to discern truth, accept circumstances, and is a powerful emotional healer. Legend says that Agate improves memory and concentration, increases stamina and encourages honesty.”
Agate is therefore the perfect gift for all journalists.
A thousand parsecs hence, within our own galaxy and appearing in the constellation of Gemini, a spectacular event is in progress.
The Eskimo Nebula
If mainstream astonomical theory is correct, when we look at the Eskimo Nebula we’re witnessing a late stage in the evolution of a star similar to our own sun. As it turns into a superdense white dwarf, the star ejects large amounts of gaseous matter into the surrounding space. The afterglow fades slowly.
This nebula was first catalogued in the late 18th century by the brilliant musician and astronomer William Herschel. Now, with photos from the Hubble telescope, we can observe it’s ghostly magnificence better than ever before.
Greedy, bellicose idiots, scrapping to snatch unfair portions of the spoils of mortal existence, would do well to bookmark NASA’s Astronomy Picture of the Day website and visit often.
We need to turn swords into ploughshares, missile-launchers into telescopes.
This photo of Deimos was featured recently on NASA’s Astronomy Picture of the Day website, which says: “Deimos is one of the smallest known moons in the Solar System measuring only about 15 kilometers across. The diminutive Martian moon was discovered in 1877″.
AbsoluteAstronomy.com explains: “In Greek mythology, Deimos was the personification of dread. He was the son of Ares and Aphrodite. He, his brother Phobos and the goddess Enyo accompanied Ares into battle, as well as his father’s attendants, Trembling, Fear, Dread and Panic. His Roman equivalent was Formido or Metus. Asaph Hall (a 19th century American astronomer), who discovered the moons of Mars, named one Deimos, and the other Phobos.”
A recent entry in the Planetary Society website has more:
Deimos is relatively poorly studied because all modern Mars spacecraft orbit at altitudes much lower than Deimos’ 20,000 kilometers. Since Deimos, like nearly every moon in the solar system (including our own), is tidally locked to its planet, that means that all orbiters see only one face of the moon, the “sub-Mars hemisphere,” and that at a great distance. Phobos orbits much closer to Mars (at 9,400 kilometers), which is still above the altitude of the circular, polar orbiters like Mars Global Surveyor, Odyssey, and Mars Reconnaissance Orbiter, but it’s below the apoapsis of Mars Express, and is now being well mapped from all sides.