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Modified gravity theories have never been able to describe the universe’s first light. A new formulation does.

A view of the center of the Milky Way galaxy. Theories of modified gravity have had a hard time describing the universe from relatively small scales like this all the way up to the scale of the universe as a whole.

For decades, a band of rebel theorists has waged war with one of cosmology’s core concepts — the idea that an invisible, intangible form of matter forms the universe’s primary structure. This dark matter, which seems to outweigh the stuff we’re made of 5-to-1, accounts for a host of observations: the tight cohesion of galaxies and packs of galaxies, the way light from faraway galaxies will bend on its way to terrestrial telescopes, and the mottled structure of the early universe, to name a few.

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What planet/moon in our Solar system has the largest volume of water?
Anonymous Quiz
7%
Pluto
52%
Earth
21%
Europa (Jupiter)
12%
Titan (Saturn)
8%
Ganymede (Jupiter)
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Russian cosmonaut Ivan Wagner from the ISS captured on video a group of five unidentified objects flying over the Earth.

"At 9-12 seconds, 5 objects appear, flying in a parallel course and at the same distance from each other. What do you think it can be - meteors, satellites, or ...?", Wagner said on his Twitter. "The information has been brought to the attention of the management of the State Corporation Roscosmos. The materials have been transferred for analysis," the cosmonaut wrote.
Forwarded from Daily Science to all
This comparison shows a stunning view of the 30 trillion-km-wide Helix Nebula acquired with the VISTA #telescope in infrared light along with a more familiar view in visible light from the #ESO 2.2-metre telescope. The infrared vision of VISTA reveals strands of cold nebular gas that are much less prominent in visible light images of the Helix.

Credit: J.Emerson