11.16=4 C#14 WR(6) BB(5) #0. US Dept of Peace. #1. "Clsh of Cvlztns": Al Jazeera English #2. Science/Un-Religion. #3. Fleeting particle Higgs.

#320=US#466=06.11.16=4; 9.26:#46 Ward Republics: http://tinyurl.com/onx4j :BBCWeb media: http://tinyurl.com/ymcrzx Eons media: http://tinyurl.com/gvfp6 >Tsai #5: Atist's BBCWeb, http://www.bbcweb.net record. TAIWAN:------ Rally#69: Crisis#14; Capital campaign #31 #0-1. US Dept. of Peace: < The Peace Alliance: http://www.thepeacealliance.org/ 'Waging Peace', M. Williamson http://tinyurl.com/so6ex "" A bill before Congress would establish a US Department of Peace. This measure would provide practical, nonviolent solutions for the problems of domestic and international conflict. It would apply the institutional heft of the US government to a serious effort not merely at avoiding war or waging war more effectively. It would take America to the next evolutionary step: It would proactively wage peace. "" #0-2. 'Sources of Violence: We Need a U.S. Foreign Policy Based on Fairness and Justice Toward Iraqis', by Kathy Kelly: http://tinyurl.com/wvlaa #1. "The Clash of Civilizations": http://tinyurl.com/yebw4a Al Jazeera English: http://tinyurl.com/ymtclj #2. Science & Un-Religion: 'Beyond belief: In place of God', 18 November 2006; Michael Brooks Helen Phillips; "New.Scientist.com" Magazine issue 2578. http://tinyurl.com/u268q #3. 'Article Preview: Fleeting particle has shades of Higgs', 18 November 2006; Zeeya Merali, "New.Scientist.com" Magazine issue 2578: http://tinyurl.com/yxh5hx "" The world's most wanted particle, the Higgs, may have already appeared under our very noses without anyone noticing THE world's most wanted particle, the Higgs, may have already appeared under our very noses without anyone noticing. The hypothetical Higgs boson, which is thought to give all other particles their mass, was first proposed in the 1960s as part of the standard model of particle physics. Other models known as "supersymmetric" theories, which posit a heavy counterpart for every particle in the standard model, predict the existence of many different Higgs bosons, each with a different mass. It is the lightest one of these that may have already been produced, according to physicist German Valencia at Iowa State University in Ames, Iowa. Valencia and colleagues re-analysed data collected between 1997 and 1999 by the HyperCP experiment at Fermilab in Batavia, Illinois. HyperCP was designed to monitor the decay of exotic particles in order to understand why the universe is filled with matter rather than antimatter. Valencia's team focused on ... The complete article is 662 words long ""