NVIDIA helps the US build an AI for cancer research

Microsoft isn't the only big-name tech company using AI to fight cancer. NVIDIA is partnering with the US Department of Energy and the National Cancer Institute to develop CANDLE (Cancer Distributed Learning Environment), an AI-based "common discover...

Police could soon identify you by your hair proteins

Police and archaeologists regularly depend on DNA evidence for identification, but it has a serious flaw. DNA degrades under environmental conditions like heat and light, so it may be useless even if you have a ton of samples. However, Lawrence Live...

Police could soon identify you by your hair proteins

Police and archaeologists regularly depend on DNA evidence for identification, but it has a serious flaw. DNA degrades under environmental conditions like heat and light, so it may be useless even if you have a ton of samples. However, Lawrence Live...

Hyperloops tap into government research to float pods

One of the two competing Hyperloop companies has made a major announcement concerning how it's going to make high speed transport a reality. Hyperloop Transportation Technologies has signed a deal with the Lawrence Livermore National Laboratory to ha...

Hyperloops tap into government research to float pods

One of the two competing Hyperloop companies has made a major announcement concerning how it's going to make high speed transport a reality. Hyperloop Transportation Technologies has signed a deal with the Lawrence Livermore National Laboratory to ha...

Sequoia supercomputer breaks simulation speed record, 41 times over

Sequoia supercomputer breaks simulation speed record, 41 times over

While we've seen supercomputers break records before, rarely have we seen the barrier smashed quite so thoroughly as by Lawrence Livermore National Laboratory's Sequoia supercomputer. Researchers at both LLNL and Rensselaer Polytechnic Institute have used planet-scale calculations on the Blue Gene/Q-based cluster to set an all-time simulation speed record of 504 billion events per second -- a staggering 41 times better than the 2009 record of 12.2 billion. The partnership also set a record for parallelism, too, by making the supercomputer's 1.97 million cores juggle 7.86 million tasks at once. If there's a catch to that blistering performance, it's not knowing if Sequoia reached its full potential. LLNL and RPI conducted their speed run during an integration phase, when Sequoia could be used for public experiments; now that it's running classified nuclear simulations, we can only guess at what's possible.

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Source: Lawrence Livermore National Laboratory

Livermorium and Flerovium take a seat at the Periodic Table

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Just when we thought those pesky scientists had stopped messing with the Periodic Table, the International Union of Pure and Applied Chemistry goes and ratifies another two. The pair of elements were discovered in partnership between the Flerov Laboratory of Nuclear Reactions, Joint Institute for Nuclear Research in Russia and the Lawrence Livermore National Laboratory in the States. Element 114 has taken on the spell-check-worrying nomenclature Flerovium (Fl), while 116 becomes Livermorium (Lv). Eagle-eyed readers will notice that both take a name from the labs where they were discovered, the former named after Georgiy N. Flerov and the latter after Ernest O. Lawrence -- both atomic pioneers in their respective countries. The official names will get their first official publication in July's edition of Pure and Applied Chemistry. We guess those textbook makers will be rubbing their hands in glee at all those revised editions it'll sell next term.

[Image courtesy of the BBC / Talkback Thames]

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Livermorium and Flerovium take a seat at the Periodic Table originally appeared on Engadget on Fri, 01 Jun 2012 08:18:00 EDT. Please see our terms for use of feeds.

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