The Latest from Big Think

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In the fourth event of the Science in Society Film and Lecture Series at American University, on Monday, March 28 we will be hosting two leading researchers from the National […]
It definitely hasn't been quiet geologically around the planet, but news about volcanism seems to be in a bit of a lull right now. Most of what I've run across […]
When the universe came into being a mere 13.75 billion years ago, its origin may have been so weird, due to expanding dimensions, that we can't even imagine what it would have been like.
An experiment carried out more than 50 years ago has revealed that volcanoes may have played a crucial role in the formation of the first organic building blocks of life on Earth.
Federal ethanol mandates that encourage its production are a major reason why food prices worldwide have reached record levels in the past several months, say some economists.
In the next two decades, nearly two-thirds of humanity will be living in cities. So how will urban centers across the world manage the increasing pressure being put on their water resources?
According to a new study, the next generation of space lasers could test for the existence of dimensions beyond the three we experience, perhaps solving some of physics' thorny problems.
First we created positrons, electrons' antimatter counterparts. Now, the newly-discovered antihelium-4 could tell us whether there are vast pockets of antimatter in our universe.
Advances in biotechnology, rather than feeding the world, are making matters worse by fueling the production of inefficient products like animal feed and food-competing biofuels.
Earth's magnetic field has typically been understood to shield the planet from solar wind, but recent observations of Mars and Venus have sparked a debate over the supposed shield.
The Grant Hill Jalen Rose debacle captivated black bloggers all last week. I was out of town at the time the Fab Five special produced by Jalen Rose aired on […]
Experts hesitate to predict where Fukushima's radiation will go because its travel patterns are as mercurial as the weather and as complicated as the food chains along which they move.
Professor of mathematics and physics at Columbia University, Brian Greene specializes in superstring theory and explains how he has come to see our universe as one among many.
“Nobody has ever painted eyes, women’s eyes particularly, so well as Lawrence,” Romantic painter Eugene Delacroix wrote after visiting British painter Thomas Lawrence in 1825 and finding himself bowled over […]
The U.S has begun an undeclared war in Libya, and it’s not clear what exactly it hopes to achieve by its actions.
Propelling a spaceship with photons would be like trying to energize a spaceship with a flashlight.
That's what this study shows.  Actually, the study is pretty modest--not to mention Finnish.  But the expert doesn't hesitate to draw global implications from it. One conclusion:  The Left is more […]
Mark Malloch Brown, a former Assistant UN Secretary General and former UK Foreign Office Minister has today claimed in The Independent newspaper in London that the the 'great diplomatic triumph' […]
HIV is four times more prevalent among young girls in Kenya than among boys of the same age because they are having sexual relationships with much older men.
What could the future of search and information distribution look like? Here are two very exciting possibilities.