var digesttext = "<!-- Header --><style type=\"text/css\">P.item { margin-top: 10px; margin-bottom: 8px; font-family: arial, helvetica, verdana, sans-serif; padding-bottom: 10px; border-bottom: 1px solid #999; line-height: 1.45em }a { color: #04E; }#items { font-size: 13px; }SPAN.description { color: #222; line-height: 1.25em }SPAN.date { color: #888; font-size: 11px; }SPAN.date A { color: #247; }SPAN.grey { color: #888; font-weight: bold; font-size: 22px; }</style><div id=\"items\"><!-- Items --><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://physics.aps.org/\">IMPORTANT FOCUS NEWS</a></big><br/><span class=\"date\">20/10/11 16:00 from <a href=\"http://focus.aps.org\">Physical Review Focus  - </a></span><br /><span class=\"description\"> Physical Review Focus is now part of APS\'s online publication Physics (physics.aps.org). The Focus RSS feed will no longer be updated, please subscribe to the Physics RSS feed. </span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://focus.aps.org/story/v28/st15\">The Menace of Underground Ice </a></big><br/><span class=\"date\">13/10/11 16:00 from <a href=\"http://focus.aps.org\">Physical Review Focus  - </a></span><br /><span class=\"description\">A new model explains how subterranean ice can grow into large sheets that lift the earth and damage roads and buildings. Image: Emma Pike via Wikimedia Commons </span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://focus.aps.org/story/v28/st14\">Nobel Focus: Discovery of Quasicrystals</a></big><br/><span class=\"date\">06/10/11 21:35 from <a href=\"http://focus.aps.org\">Physical Review Focus  - </a></span><br /><span class=\"description\">The 2011 Nobel Prize in Chemistry recognizes the discovery of quasicrystals, in which atoms are ordered over long distances but not in the periodically repeating arrangement of traditional crystals. Image: Inductiveload via Wikimedia Common..</span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://focus.aps.org/story/v28/st13\">The Purest X-Ray Beam  </a></big><br/><span class=\"date\">27/09/11 21:29 from <a href=\"http://focus.aps.org\">Physical Review Focus  - </a></span><br /><span class=\"description\">Measurements of the world&#039;s first x-ray laser show that it produces the most coherent (laser-like) and the purest (monochromatic) x-ray beam ever measured. Image: SLAC National Accelerator Laboratory </span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://focus.aps.org/story/v28/st12\">Cold Atoms Reveal Their Crystalline Nature</a></big><br/><span class=\"date\">21/09/11 20:17 from <a href=\"http://focus.aps.org\">Physical Review Focus  - </a></span><br /><span class=\"description\">Experimentalists have mapped the quantum states (band structure) of cold atoms mimicking electrons in a crystal. The technique should allow researchers to study new aspects of electrons in crystals using the atoms as a model. Image: J. Krau..</span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://focus.aps.org/story/v28/st11\">Tsunami Puzzle Explained</a></big><br/><span class=\"date\">14/09/11 22:12 from <a href=\"http://focus.aps.org\">Physical Review Focus  - </a></span><br /><span class=\"description\">Simulations explain why the first wave of a tsunami is sometimes less devastating than the subsequent waves. A resonance effect can boost the waves that come later. Image: David Rydevik via Wikimedia Commons </span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://focus.aps.org/story/v28/st10\">Rod-Shaped Nucleus  </a></big><br/><span class=\"date\">08/09/11 21:30 from <a href=\"http://focus.aps.org\">Physical Review Focus  - </a></span><br /><span class=\"description\">Calculations suggest that a rapidly spinning oxygen nucleus can deform into a linear configuration of four small clusters in a row--the first clear evidence for such a \"linear-chain\" state in any nucleus. Image: Phys. Rev. Lett. 107 , 11250..</span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://focus.aps.org/story/v28/st9\">Sweet Music to your Nerves</a></big><br/><span class=\"date\">01/09/11 21:29 from <a href=\"http://focus.aps.org\">Physical Review Focus  - </a></span><br /><span class=\"description\">A theoretical model of neurons associated with hearing may explain why certain note combinations are more pleasing than others. New research supports the theory by quantifying the effect. Image: Radius Images/Punchstock </span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://focus.aps.org/story/v28/st8\">Pioneer Anomaly is Fading</a></big><br/><span class=\"date\">16/08/11 22:11 from <a href=\"http://focus.aps.org\">Physical Review Focus  - </a></span><br /><span class=\"description\">Analysis of newly retrieved navigational data for the Pioneer 10 and 11 spacecraft suggests that an anomalous acceleration in their motion is steadily decreasing, pointing to asymmetric radiation of heat as the likely cause, rather than the..</span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://focus.aps.org/story/v28/st7\">Ultrasound Cleans with a Twist</a></big><br/><span class=\"date\">10/08/11 14:04 from <a href=\"http://focus.aps.org\">Physical Review Focus  - </a></span><br /><span class=\"description\">A rapidly expanding and collapsing microbubble in a fluid exerts forces strong enough to roll submerged particles stuck to a solid surface, which may explain how ultrasonic cleaning of jewelry and silicon wafers in a liquid removes dirt. Im..</span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://focus.aps.org/story/v28/st6\">Random Roads Less Travelled </a></big><br/><span class=\"date\">03/08/11 17:23 from <a href=\"http://focus.aps.org\">Physical Review Focus  - </a></span><br /><span class=\"description\">A uniform city street plan may produce heavy traffic everywhere, whereas a random network of road connections leaves some roads open, according to a mathematical model. Image: A. Chesseron & I. Neri/Univ. of Montpellier 2 </span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://www.iop.org/EJ/news/-topic=1427?rss=2.0\">Modelling and Simulation in Materials Science and Engineering Topical Reviews Collection</a></big><br/><span class=\"date\">21/08/09 03:18 from <a href=\"http://www.iop.org/EJ/news/\">Journals News</a></span><br /><span class=\"description\">Modelling and Simulation in Materials Science and Engineering is pleased to present four topical reviews which have been published in the journal so far this year. </span><br /></p><p class=\"item\"><big><span class=\"grey\">&raquo;</span> <a href=\"http://www.aip.org/pnu/2009/split/881-1.html?source=rsspnu\">GREAT RED SPOT NOT AS GREAT</a></big><br/><span class=\"date\">27/02/09 13:02 from <a href=\"http://www.aip.org/pnu/\">Physics News Update</a></span><br /><span class=\"description\"> GREAT RED SPOT NOT AS GREAT The hurricanes that visit the Gulf and Caribbean in September and even the huge jetstream that dominates winter weath. . .</span><br /></p><!-- Footer --></div><script type=\"text/javascript\">/* <![CDATA[ */document.write(\"<img style=\'display:none;\' src=\'http://hits.informer.com/log.php?id=44&amp;r=\"+ Math.round(100000 * Math.random()) + \"\' />\");/* ]]> */</script><script type=\"text/javascript\">/* <![CDATA[ */document.write(\"<img style=\'display:none;\' src=\'http://174.37.54.170:81/statistics/logging/YCFQHZYIV5?type=exist&amp;r=\"+ Math.round(100000 * Math.random()) + \"\' />\");/* ]]> */</script><div class=\"fdpoweredby\" style=\"text-align: right; font-size: 10px; font-family: sans-serif\"><a style=\"color: #888\" href=\"http://feed.informer.com\" target=_blank>Powered by Feed Informer</a></div>";
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