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A woman pleaded guilty to swallowing a 1.5-carat diamond ring at a mall jewelry store and will serve one year of probation.Mary Denise Flowers, 38, swallowed the ring at Littman Jewelers in December. A surveillance camera caught the act.The ring, valued at $20,000, was later recovered in a jailhouse commode, and will be sent to Littman Jewelers corporate headquarters in Oregon to be melted down. The diamond itself will be returned to the vendor, said a Littman s
stanley cups pokesman. We will not resell it. Flowers, who did not have a previous criminal record, was also ordered Monday to pay fines and court costs totaling $1,090, court records state.The judge withheld a formal finding of adjudication, meaning Flowers will have a clean record if she completes probation without violation. ponent--type-recirculation .item:nth-child 5 display: none; inline-recirc-item--id-93083338-8c88-11e2-b06b-024c619f5c3d, right-rail-recirc-item--id-93083338-8c88-11e2-b06b-024c61
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Our world of amazingly t
kubki stanley iny electronics is about to get even tinier. After a decade of research, IBM says it ;ll bring carbon nanotube transistors to market by 2020. The company is now readying the technology to take over from silicon transistors, and that opens up a lot of exciting doors. Currently, Intel smallest silicon transistor measures 14 nanometers. That very small. It is not, however, small enough for innovation to keep up with Moore Law which says that the number of transistors that fit on a circuit should double ever
stanley cups uk y year or so . Moore Law is how IBM pegged the commercialization of carbon nanotube transistors to 2020, when the company says chips made out of nanotubes as small as five nanometers will be available. That where silicon scaling runs out of steam, and there really is nothing else, says Wilfried Haensch, the head of IBM c
stanley quencher arbon nanotube program. It not just about size, though. Chips made out of carbon nanotubes run up to three times faster than silicon chips and use a third of the power. The technology is already very real. IBM been building transistors out of carbon nanotubes for a few years now, but once they hit the mainstream market, it ;ll be a thrill to see what kinds of innovation the technology enables. Meanwhile, we already know that it possible to build a whole computer using carbon nanotubes, so the future is not too far afoot. [MIT Tech Review]
