Poison is Treatment: The Campaign to Fluoridate America

Today the battle over water fluoridation remains obscured in caricature and falsification often perpetuated by the mainstream press itself. The potential for popular myth to eclipse historical fact is greatly accelerated when the political and informational pillars of civilization actively support such distortions. For example, a recent New York Times editorial points to “that cold war paranoia about fluoridation in drinking water [sic].” Citing the Center for Disease Control’s claim that fluoridation is one of the top accomplishments in public health over the past century, the Times evokes fluoride’s difficult struggle with purportedly uninformed segments of the public. “Critics no longer contend that fluoridation is a Communist plot. Instead, they express concerns about the costs involved, improper government control over a personal decision, and potential health dangers.”

Genetically Modified Mosquitoes to be Released in the US for the First Time

To those of you who have been eager to hear the latest news concerning the potential release of genetically modified mosquitoes – here it is. It turns out that the genetically modified mosquitoes could be released into the U.S. environment as early as January of 2012. A private firm plans to initiate the release of the GE mosquitoes in the Florida Keys. Florida will be the first beta testing grounds to determine whether or not the mosquitoes lead to detrimental environmental and genetic impact. Residents in this area will also be subjected — without choice — to these genetically manipulated insects, unless the private firm decides to seek permission.

Flattened nanotubes are full of potential: Researchers reveal details of 'closed-edge graphene nanoribbons'

The results gathered over six months confirmed the probability that at growth temperature – 750 degrees Celsius – flexible nanotubes fluttering in the gas breeze inside a furnace could indeed be induced to collapse. If two atoms on either side of the inner wall get close enough to each other, they can start a van der Walls cascade that flattens the nanotube, Bets said.

“At first, it takes energy to press the nanotube, but you reach a point where the two sides begin to feel each other, and they begin to gain the energy of attraction,” Hauge said. “The van der Waals force takes over, and the tubes then prefer to be collapsed.”

Up ↑