Our ability to find and share information today is potentially limitless. But how did we get here? From cave paintings to the iPad—how does human innovation bring us here?
Both religion and conservative politicians are on the verge of losing the support of many of their constituents: women. That’s the conclusion Washington Post religion columnist Lisa Miller comes to after reading The Resignation of Eve by Jim Henderson and comparing it to the current election season. “Unless the strident, authoritarian social conservatives loosen their…
With Arctic ice melting at record pace, the world’s superpowers are increasingly jockeying for political influence and economic position in outposts previously regarded as barren wastelands. At stake are the Arctic’s abundant supplies of oil, gas and minerals that are, thanks to climate change, becoming newly accessible along with increasingly navigable polar shipping shortcuts. This…
Potentially huge news published today in the journal Cell is the result of two years of collaboration between teams lead by Jay Bradner of the Dana-Farber Cancer Institute and Martin Matzuk Baylor College of Medicine. Bradner, who is also an assistant professor of medicine at Harvard Medical School, explains the origins of this research as…
In a study that pushed quantum mechanical theory and research capabilities to the limit, UA researchers have found a way to see the molecule that likely made the universe – or at least the hot and fiery bits of it. Lurking in the vast, chilly regions between stars, the unassuming molecule known as a triatomic…
Within a sliver of a second after it was born, our universe expanded staggeringly in size, by a factor of at least 10^26. That’s what most cosmologists maintain, although it remains a mystery as to what might have begun and ended this wild expansion. Now scientists are increasingly wondering if the most powerful particle collider…
The movement of electrons across tiny distances between metals has the power to change the colour of the gap. Nanophotonics researchers discovered that spaces smaller than a nanometre between metals undergo observable colour changes thanks to the movement of electrons in the surrounding area — meaning the scientists could see quantum mechanical processes in action….