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Nearly a year has passed the initial explosion occurred on 20 April since the Deepwater Horizon disaster released millions of barrels of crude oil and methane into the Gulf of Mexico. Mark Schrope reports on the current state of the ecosystem in the region. The biggest impacts are the hardest to spot deep below the ocean surface and at considerable distances from the original spill. On the cover, crude oil from Deepwater Horizon washes ashore in Orange Beach, Alabama, on 12 June 2010. Photo: D. Martin/AP
The Japanese authorities have done well in releasing copious amounts of crude data on the nuclear crisis. But it is imperative for the data to be provided in more meaningful and user-friendly ways.
The current obsession with nuclear power is a red herring, says Marty Hoffert. The United States and others should instead invest in a clean-energy revolution.
Scientists reviving a decades-old technique for brain stimulation have found that it can boost learning. So what else can be done with some wires and a nine-volt battery?
A year after the oil blowout in the Gulf of Mexico, Jeffrey Short and Susan Murray call for action to prevent an even more nightmarish scenario: a spill in the Arctic.
Beautiful experiments in an ultracold, strongly interacting atomic Fermi gas reveal that, unexpectedly, unpaired atomic spins flow in the system with the maximum resistance permitted by the laws of quantum mechanics. See Letter p.201
A sodium channel known for its role in the perception of pain also seems to be necessary for olfaction. The multiple roles of this channel and the diverse effects of its mutations raise intriguing questions. See Article p.186
A fossil from the Early Cretaceous provides insight into the evolution of the hearing apparatus in mammals. Anchoring the eardrum was, it seems, an essential step in freeing the middle ear from the jaw. See Article p.181
Maintaining an optimal cellular energy status requires sensing the levels of the adenine nucleotides ATP, ADP and AMP. Biochemical and structural studies of the enzyme AMPK provide insights into how this is achieved. See Letter p.230
The sandfish, a type of desert lizard, can vanish into a sandy substrate in a blink of an eye. Approaches that draw on mathematics, physics and engineering provide complementary insights into how the animal achieves this feat.
Solvent vapour annealing processes are used to optimize the material properties of thin films of semiconducting polymers used in electronic devices. One such process has now been examined at the molecular level.
Salmonella intestinal pathogens employ a clever trick. They use the immune response that their host triggers to destroy them to enhance the expression of genes that mediate the pathogens' virulence.