If you're up and about tomorrow (Wed 19 Jan) before dawn, catch a look at the 5 bright planets in our solar system (Mercury, Mars, Venus, Jupiter, Saturn) as all will all be visible at once, and aligned very nicely.
If as ever the sky is cloudy, you'll still be able to see these planets, if not in such a nice alignment, until Feb 20th. There must be one clear morning between now and then, surely?
There will be a similar alignment again in in the evening sky between Aug 13-19
If you're up and about tomorrow (Wed 19 Jan) before dawn, catch a look at the 5 bright planets in our solar system (Mercury, Mars, Venus, Jupiter, Saturn) as all will all be visible at once, and aligned very nicely.
If as ever the sky is cloudy, you'll still be able to see these planets, if not in such a nice alignment, until Feb 20th. There must be one clear morning between now and then, surely?
There will be a similar alignment again in in the evening sky between Aug 13-19
Oh the weather problem, one of the banes of my life, that & the rare early start.
Part of me is hoping for the usual cloud cover so I don't have to drag my sorry carcass out of bed.
If you're up and about tomorrow (Wed 19 Jan) before dawn, catch a look at the 5 bright planets in our solar system (Mercury, Mars, Venus, Jupiter, Saturn) as all will all be visible at once, and aligned very nicely.
If as ever the sky is cloudy, you'll still be able to see these planets, if not in such a nice alignment, until Feb 20th. There must be one clear morning between now and then, surely?
There will be a similar alignment again in in the evening sky between Aug 13-19
Oh the weather problem, one of the banes of my life, that & the rare early start.
Part of me is hoping for the usual cloud cover so I don't have to drag my sorry carcass out of bed.
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This perspective view in Noctis Labyrinthus was generated from the main camera’s stereo channels on ESA’s Mars Express.
It shows the beautiful details of landslides in the steep-sided walls of the flat-topped graben in the foreground, and in the valley walls in the background.
The scene is part of region imaged by the High Resolution Stereo Camera on Mars Express on 15 July 2015 during orbit 14632. The image is centred on 6°S / 265°E; the ground resolution is about 16 m per pixel.
Copyright ESA/DLR/FU Berlin, CC BY-SA 3.0 IGO
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...Diagnosing SBD (Sporting Bipolar Disorder) since 2003... Negs bringing down the tone of your forum? Keyboard Bell-endery tiresome? Embarrassed by some of your own fans? Then you need... TheButcher I must be STOPPED!! Vice Chairman of The Scarlet Turkey Clique Grand Wizard Shill of Nibiru Prime & Dark Globe Champion Chairman of 'The Neil Barker School for gifted Clowns' "A Local Forum. For Local People"
Here's a locus map of the Martian surface for context
Copyright NASA MGS MOLA Science Team Description This context image shows part of the Noctis Labyrinthus region of Mars that was imaged by the High Resolution Stereo Camera on ESA’s Mars Express on 15 July 2015 during orbit 14632 (outlined by the large white box). The region outlined by the inner white box provides the focus of an associated image release. Image Release
Here's a locus map of the Martian surface for context
Copyright NASA MGS MOLA Science Team Description This context image shows part of the Noctis Labyrinthus region of Mars that was imaged by the High Resolution Stereo Camera on ESA’s Mars Express on 15 July 2015 during orbit 14632 (outlined by the large white box). The region outlined by the inner white box provides the focus of an associated image release. Image Release
Astonishingly, ancient Babylonian tablets reveal that Babylonian astronomers discovered how to calculate Jupiter’s position using a geometrical technique, between 350 and 50 BC - 1,400 years earlier than it was thought such tracking methods had been "invented" by European scholars. It is well-known that the Babylonians were keen astronomers, but before this discovery it seemed they likely just used arithmetic. But this shows that they worked out how to calculate the distance Jupiter travels in the sky over time by calculating the area of a trapezoid, which proves that they understood a concept essential to modern calculus.
Astonishingly, ancient Babylonian tablets reveal that Babylonian astronomers discovered how to calculate Jupiter’s position using a geometrical technique, between 350 and 50 BC - 1,400 years earlier than it was thought such tracking methods had been "invented" by European scholars. It is well-known that the Babylonians were keen astronomers, but before this discovery it seemed they likely just used arithmetic. But this shows that they worked out how to calculate the distance Jupiter travels in the sky over time by calculating the area of a trapezoid, which proves that they understood a concept essential to modern calculus.
Astonishingly, ancient Babylonian tablets reveal that Babylonian astronomers discovered how to calculate Jupiter’s position using a geometrical technique, between 350 and 50 BC - 1,400 years earlier than it was thought such tracking methods had been "invented" by European scholars. It is well-known that the Babylonians were keen astronomers, but before this discovery it seemed they likely just used arithmetic. But this shows that they worked out how to calculate the distance Jupiter travels in the sky over time by calculating the area of a trapezoid, which proves that they understood a concept essential to modern calculus.
They believed in a Geocentric Universe too. Nice find. They were no nuggets.
Ferocious Aardvark wrote:
Astonishingly, ancient Babylonian tablets reveal that Babylonian astronomers discovered how to calculate Jupiter’s position using a geometrical technique, between 350 and 50 BC - 1,400 years earlier than it was thought such tracking methods had been "invented" by European scholars. It is well-known that the Babylonians were keen astronomers, but before this discovery it seemed they likely just used arithmetic. But this shows that they worked out how to calculate the distance Jupiter travels in the sky over time by calculating the area of a trapezoid, which proves that they understood a concept essential to modern calculus.
They believed in a Geocentric Universe too. Nice find. They were no nuggets.
oddly enough as a young lad I studied the ancient Babylonian, Sumerian and Mesopotamian civilizations. You could learn much from them. You would agree, perhaps, that their Enuma Elish is patent myth and nonsense, but you haven't worked out that your own later versions are myth and nonsense too. However, I don't think this is the place to digress into religion, because here I am dealing with astronomy and documeted astronomical discovery.
In the case of astronomy, and the Jupiter discovery, the fundamental point is that they had people clearly of a scientific mind, who were doing their best - and very well - to answer the huge questions that the seemingly inexplicable heavens posed, by application of scientific and mathematical principles. In this respect, they were on the right track, and with our benefit of hindsight, did amazingly well.
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