Tag Archives: DOI

Slinn Pickings

Diamond in the rough: Half-century puzzle solved

Diamond in the rough: Half-century puzzle solved - A Yale-led team of mineral physicists has for the first time confirmed through high-pressure experiments the structure of cold-compressed graphite, a form of carbon that is comparable in hardness to its cousin, diamond, but only requires pressure to synthesize. The researchers believe their findings could open the way for a super hard material that can withstand great force and can be used -- as diamond-based materials are now -- for many electronic and industrial applications.

(10.1038/srep00520)

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Slinn Pickings

New type of bond predicted around massive stars

New type of bond predicted around massive stars - Researchers have described a new type of chemical bond distinct from the two classic modes of atomic bonding – ionic and covalent. The new bonding, predicted by complex quantum mechanical computations, occurs only in hugely powerful magnetic fields – tens of thousands of times greater than can be generated in the laboratory. Such strong magnetic fields are not fanciful, however. They exist in the vicinity of certain types of rotating stars, such as white dwarfs.

(10.1126/science.1219703)

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Slinn Pickings

New supramolecular alzheimers drugs

New supramolecular alzheimers drugs - Supramolecular chemistry could provide a new avenue in the treatment of Alzheimer’s disease, say scientists in China. The group demonstrates for the first time that supramolecular complexes can inhibit the aggregation of a peptide thought to cause Alzheimer’s disease.

(10.1039/c2sc20372c)

Just to clarify: we don't actually know what causes Alzheimer's disease nor whether amyloid plaques are a cause or an effect. New drugs that focus on this etiology may not necessarily succeed, although if they do they would add to the evidence for plaques being a cause.

http://en.wikipedia.org/wiki/Alzheimers#Cause

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