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Ponca City, We Love You writes
"The Guardian reports that Guy Consolmagno, curator of the pope's meteorite collection and a trained astronomer and planetary scientist, says he would be 'delighted' if intelligent life was found among the stars. 'But the odds of us finding it, of it being intelligent and us being able to communicate with it — when you add them up it's probably not a practical question.' Consolmagno adds that the traditional definition of a soul was to have intelligence, free will, freedom to love and freedom to make decisions. 'Any entity — no matter how many tentacles it has — has a soul.' Would he baptize an alien? 'Only if they asked.' Consolmagno dismisses the ideas of intelligent design as a pseudo-scientific version of creationism. 'The word has been hijacked by a narrow group of creationist fundamentalists in America to mean something it didn't originally mean at all. It's another form of the God of the gaps. It's bad theology in that it turns God once again into the pagan god of thunder and lightning.'"
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ElectricSteve writes
"Most of the world's beer has between 4% and 6% alcohol by volume (ABV). The strength of beer achieved by traditional fermentation brewing methods has limits, but a well-crafted beer that is repeatedly 'freeze distilled' can achieve exquisite qualities and much higher alcohol concentrations. An escalation in the use of this relatively new methodology over the last 12 months has seen man's favorite beverage suddenly move into the 40+% ABV realm of spirits such as gin, rum, brandy, whiskey, and vodka, creating a new category of extreme beer. The world's strongest beer was 27% ABV, but amidst an informal contest to claim the title of the world's strongest beer, the top beer has jumped in strength dramatically. This week Gizmag spoke to the brewers at the center of the escalating competition. New contestants are gathering, and the race is now on to break 50% alcohol by volume."
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Matt_dk writes
"Spectacular satellite images suggest that Mars was warm enough to sustain lakes three billion years ago, a period that was previously thought to be too cold and arid to sustain water on the surface, according to research published today in the journal Geology. Earlier research had suggested that Mars had a warm and wet early history but that between 4 billion and 3.8 billion years ago, before the Hesperian Epoch, the planet lost most of its atmosphere and became cold and dry. In the new study, the researchers analysed detailed images from NASA’s Mars Reconnaissance Orbiter, which is currently circling the red planet, and concluded that there were later episodes where Mars experienced warm and wet periods."
