
Physics
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The reference to God is easily misread, as Einstein’s question wasn’t theological. Instead, Einstein wanted to know whether the laws of physics necessarily yield a unique universe—ours—filled with galaxies, stars, and planets. Or instead, like each year’s assortment of new cars on the dealer’s lot, could the laws allow for universes with a wide range of different features? And if so, is the majestic reality we’ve come to know—through powerful telescopes and mammoth particle colliders—the product of some random process, a cosmic roll of the dice that selected our features from a menu of possibilities? Or is there a deeper explanation for why things are the way they are?
Brian Greene: Welcome to the Multiverse
The Fabric of the Cosmos with Brian Greene: Watch the Complete NOVA Series Online | Open Culture
IT'S a troubling time to be looking for the universe's missing matter. On the face of it, it shouldn't be. Deep underground, several experiments have been buzzing with possible sightings of dark matter, the hitherto invisible stuff that is believed to make up around 85 per cent of all matter in the cosmos. Detecting dark matter would be a major triumph.
Dark matter mysteries: a true game of shadows - 09 January 2012 - New Scientist
Kepler-22b a 'Super-Earth' that could hold life: NASA
13 more things that don't make sense - New Scientist
One image can change the way we see the world, especially in science. From photographs of movement that's too fast for the human eye to perceive, to atomic force microscope images of atomic bonds, pictures created by new technologies have often catalyzed scientific discovery. More than tools of discovery, though, images can help scientists communicate the reality of what they study to each other and the public.

