Sorry, but I can't take this...

'Out in the asteroid belt between Mars and Jupiter, numerous small bodies orbit around our sun. While most of these objects are asteroids, only one of them, Ceres, was considered a dwarf planet at 950 km (590 miles) in diameter. But now, astronomers from the European Space Agency have looked more closely at one of Ceres’ little brothers, Hygiea, and determined that it may be our solar system’s smallest dwarf planet at just 430 km (267 miles) in diameter'
No photograph of earth from space, however...
'The defining criterion for Hygiea to be a dwarf planet rather than an asteroid is that it needs enough mass for gravity to pull it into a spherical shape. And as you can see in the image above, Hygiea does meet that requirement'
This bit killed me stone dead..
“Thanks to the unique capability of the SPHERE Spectro-Polarimetric High-contrast Exoplanet REsearch instrument on the VLT [Very Large Telescope],



which is one of the most powerful imaging systems in the world, we could resolve Hygiea’s shape, which turns out to be nearly spherical,” lead researcher Pierre Vernazza from the Laboratoire d’Astrophysique de Marseille in France said in a statement. “Thanks to these images, Hygiea may be reclassified as a dwarf planet, so far the smallest in the Solar System.”
More spliced and diced 'images' not photographs
Keeps the headlines maintained though
and this melted golf ball effort is beyond laughable.
Source

'Out in the asteroid belt between Mars and Jupiter, numerous small bodies orbit around our sun. While most of these objects are asteroids, only one of them, Ceres, was considered a dwarf planet at 950 km (590 miles) in diameter. But now, astronomers from the European Space Agency have looked more closely at one of Ceres’ little brothers, Hygiea, and determined that it may be our solar system’s smallest dwarf planet at just 430 km (267 miles) in diameter'
No photograph of earth from space, however...
'The defining criterion for Hygiea to be a dwarf planet rather than an asteroid is that it needs enough mass for gravity to pull it into a spherical shape. And as you can see in the image above, Hygiea does meet that requirement'
This bit killed me stone dead..
“Thanks to the unique capability of the SPHERE Spectro-Polarimetric High-contrast Exoplanet REsearch instrument on the VLT [Very Large Telescope],
More spliced and diced 'images' not photographs
Keeps the headlines maintained though
Source
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