﻿<?xml version="1.0" encoding="utf-8"?><rss version="2.0" xmlns:media="http://search.yahoo.com/mrss/" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:atom="http://www.w3.org/2005/Atom"><channel><title>chemistry news stories on Newser</title><description>Read more chemistry stories on Newser</description><link>http://www.newser.com/taggrid/14568/chemistry.html</link><image><url>http://img1-cdn.newser.com/images/newser-black250x40.gif</url><title>chemistry news stories on Newser</title><link>http://www.newser.com/</link></image><copyright>2012 - Newser</copyright><language>en-us</language><generator>Newser Feed Generator</generator><pubDate>Tue, 22 May 2012 16:34:51 CDT</pubDate><item><guid isPermaLink="true">http://www.newser.com/story/134599/new-elements-fl-lv-named-as-numbers-114-116-on-periodic-table.html</guid><title>New Elements Fl, Lv Named</title><dc:creator>Kevin Spak</dc:creator><description>&lt;img src='http://img2-cdn.newser.com/getimage.aspx?mediaid=854965&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20111202135624' border='0' /&gt;You can pencil two new elements onto your periodic table, because prospective elements 114 and 116 have finally gotten names. The International Union of Pure and Applied Chemistry today dubbed the two elements flerovium (Fl) and livermorium (Lv) respectively, MSNBC reports. But do use pencil, because the names aren’t entirely...</description><media:content url="http://img2-cdn.newser.com/getimage.aspx?mediaid=854965&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20111202135624" type="image/jpg" medium="image"><media:description type="plain">Scientists are filling in some blanks as they expand the periodic table of elements.</media:description></media:content><link>http://www.newser.com/story/134599/new-elements-fl-lv-named-as-numbers-114-116-on-periodic-table.html</link><pubDate>Fri, 02 Dec 2011 13:56:15 CST</pubDate></item><item><guid isPermaLink="true">http://www.newser.com/story/129173/chemical-reaction-brought-down-twin-towers-scientist.html</guid><title>Chemical Reaction Brought Down Twin Towers: Scientist</title><dc:creator>Kevin Spak</dc:creator><description>&lt;img src='http://img1-cdn.newser.com/getimage.aspx?mediaid=841722&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110922143608' border='0' /&gt;The melting aluminum hulls of the jetliners that smashed into the twin towers may have combined with sprinkler water to set off the explosions that ultimately brought down the towers, according to a new report from a technology research group in Norway. “If my theory is correct, tons of aluminum...</description><media:content url="http://img1-cdn.newser.com/getimage.aspx?mediaid=841722&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110922143608" type="image/jpg" medium="image"><media:description type="plain">In this Sept. 11, 2001, photo, a shell of what was once part of the facade of one of the twin towers of New York's World Trade Center rises above the rubble.</media:description></media:content><link>http://www.newser.com/story/129173/chemical-reaction-brought-down-twin-towers-scientist.html</link><pubDate>Thu, 22 Sep 2011 14:36:05 CDT</pubDate></item><item><guid isPermaLink="true">http://www.newser.com/story/120522/new-elements-numbers-114-and-166-officially-added-to-periodic-table.html</guid><title>Periodic Table Gets 2 New Elements</title><dc:creator>Sarah Whitmire</dc:creator><description>&lt;img src='http://img1-cdn.newser.com/getimage.aspx?mediaid=819068&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110608132013' border='0' /&gt;Two new chemical elements have been officially added to the periodic-table torment of high school kids everywhere. But as-yet-unnamed Nos. 114 and 116 aren’t like their new buddies carbon, gold, or zinc—they were created by slamming two lighter elements together in the hopes they’d stick, said a chair on...</description><media:content url="http://img1-cdn.newser.com/getimage.aspx?mediaid=819068&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110608132013" type="image/jpg" medium="image"><media:description type="plain">It's a growing family--over the past 250 years, new elements have been added about once every 2.5 years on average.</media:description></media:content><link>http://www.newser.com/story/120522/new-elements-numbers-114-and-166-officially-added-to-periodic-table.html</link><pubDate>Wed, 08 Jun 2011 13:08:54 CDT</pubDate></item><item><guid isPermaLink="true">http://www.newser.com/story/112031/why-van-goghs-yellows-are-turning-brown.html</guid><title>Why Van Gogh's Yellows Are Turning Brown</title><dc:creator>Rob Quinn</dc:creator><description>&lt;img src='http://img1-cdn.newser.com/getimage.aspx?mediaid=796248&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331173522' border='0' /&gt;Vincent van Gogh's paintings of sunflowers aren't as vivid as they used to be and the sun is to blame, say researchers who have solved a problem that has long stumped art conservationists. A team of chemists experimenting with ultraviolet light and tubes of paint belonging to 19th-century artists found...</description><media:content url="http://img1-cdn.newser.com/getimage.aspx?mediaid=796248&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331173522" type="image/jpg" medium="image"><media:description type="plain">'Vase With 15 Sunflowers" was a lot yellower in Van Gogh's day.</media:description></media:content><link>http://www.newser.com/story/112031/why-van-goghs-yellows-are-turning-brown.html</link><pubDate>Tue, 15 Feb 2011 06:19:03 CST</pubDate></item><item><guid isPermaLink="true">http://www.newser.com/story/78753/self-healing-smart-mud-could-replace-plastic.html</guid><title>Self-Healing 'Smart Mud' Could Replace Plastic</title><dc:creator>Rob Quinn</dc:creator><description>&lt;img src='http://img2-cdn.newser.com/getimage.aspx?mediaid=323763&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331205225' border='0' /&gt;Japanese researchers have developed a clay-based substance they believe has the potential to become an environmentally friendly alternative to plastic. The team mixed small amounts of clay with water, a thickening agent called sodium polyacrylate, and a specially designed molecular glue, producing a gel strong enough to hold its own...</description><media:content url="http://img2-cdn.newser.com/getimage.aspx?mediaid=323763&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331205225" type="image/jpg" medium="image"><media:description type="plain">Lead researcher Takuzo Aida of the University of Tokyo, says the newly developed hydrogel has the same strength as silicone rubber.</media:description></media:content><link>http://www.newser.com/story/78753/self-healing-smart-mud-could-replace-plastic.html</link><pubDate>Thu, 21 Jan 2010 05:45:00 CST</pubDate></item><item><guid isPermaLink="true">http://www.newser.com/story/71134/map-of-cells-machinery-wins-chemistry-nobel.html</guid><title>Map of Cell's Machinery Wins Chemistry Nobel</title><dc:creator>Jason Farago</dc:creator><description>&lt;img src='http://img1-cdn.newser.com/getimage.aspx?mediaid=299788&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331213329' border='0' /&gt;The Nobel Prize in chemistry was awarded today to three scientists who mapped the structure of the ribosome, the part of the cell that reads DNA and uses its information to create proteins. All three chemists constructed three-dimensional models of the ribosome, using X-ray crystallography to chart hundreds of thousands...</description><media:content url="http://img1-cdn.newser.com/getimage.aspx?mediaid=299788&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331213329" type="image/jpg" medium="image"><media:description type="plain">Ada Yonath, from the Weizmann Institute in Israel, won the Nobel Prize today for her contributions to characterizing the molecular structure of ribosomes.</media:description></media:content><link>http://www.newser.com/story/71134/map-of-cells-machinery-wins-chemistry-nobel.html</link><pubDate>Wed, 07 Oct 2009 05:51:05 CDT</pubDate></item><item><guid isPermaLink="true">http://www.newser.com/story/64631/new-chocolate-has-90-fewer-calories-doesnt-melt.html</guid><title>New Chocolate Has 90% Fewer Calories, Doesn't Melt</title><dc:creator>Jason Farago</dc:creator><description>&lt;img src='http://img1-cdn.newser.com/getimage.aspx?mediaid=226998&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331220932' border='0' /&gt;A mistake in the labs of the world's largest chocolate producer inadvertently led researchers to the ultimate in confectionery: a recipe that's not only heat-resistant, but that contains 90% fewer calories than normal chocolate. Food engineers fooling around at Barry Callebaut, which makes products for Nestlé and Cadbury, ended up...</description><media:content url="http://img1-cdn.newser.com/getimage.aspx?mediaid=226998&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331220932" type="image/jpg" medium="image"><media:description type="plain">The new heat-resistant chocolate should be on the market within 2 years.</media:description></media:content><link>http://www.newser.com/story/64631/new-chocolate-has-90-fewer-calories-doesnt-melt.html</link><pubDate>Fri, 17 Jul 2009 10:47:44 CDT</pubDate></item><item><guid isPermaLink="true">http://www.newser.com/story/61560/new-element-joins-periodic-table.html</guid><title>New Element Joins Periodic Table</title><dc:creator>Rob Quinn</dc:creator><description>&lt;img src='http://img1-cdn.newser.com/getimage.aspx?mediaid=217156&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331222605' border='0' /&gt;The periodic table of elements will soon gain a new—and the heaviest known—element, the BBC reports. Element 112 was first discovered over a decade ago and its existence has now been confirmed after extensive experiments. Authorities have temporarily named it "ununbium," and its German discoverers have been tasked...</description><media:content url="http://img1-cdn.newser.com/getimage.aspx?mediaid=217156&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331222605" type="image/jpg" medium="image"><media:description type="plain">The new element has yet to be given an official name.</media:description></media:content><link>http://www.newser.com/story/61560/new-element-joins-periodic-table.html</link><pubDate>Thu, 11 Jun 2009 03:01:01 CDT</pubDate></item><item><guid isPermaLink="true">http://www.newser.com/story/55847/in-nascar-the-secret-weapon-is-motor-oil.html</guid><title>In NASCAR, the Secret Weapon Is Motor Oil</title><dc:creator>Katherine Thompson</dc:creator><description>&lt;img src='http://img2-cdn.newser.com/getimage.aspx?mediaid=198621&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331225726' border='0' /&gt;How do you make a race car go faster? For NASCAR teams, one of the only options is to attempt to concoct the perfect motor oil. With technology restricted across the sport, engineers can't tinker too much with the hardware, but better oil actually helps. The Wall Street Journal looks...</description><media:content url="http://img2-cdn.newser.com/getimage.aspx?mediaid=198621&amp;width=45&amp;height=45&amp;crop=Y&amp;updateddate=20110331225726" type="image/jpg" medium="image"><media:description type="plain">Marcos Ambrose drives through turn four after blowing an engine during the NASCAR Samsung 500 auto race at Texas Motor Speedway, Sunday, April 5, 2009, in Fort Worth, Texas.</media:description></media:content><link>http://www.newser.com/story/55847/in-nascar-the-secret-weapon-is-motor-oil.html</link><pubDate>Fri, 10 Apr 2009 09:12:53 CDT</pubDate></item></channel></rss>
