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SANTA FE, N.M. - At Los Alamos National Laboratory, scientists and engineers refer to their planned new $6 billion nuclear lab by its clunky acronym, CMRR, short for Chemistry Metallurgy Research Repl
stanley termos acement Facility. But as a work in progress for three decades and with hundreds of millions of dollars already spent, nomenclature is among the minor issues.Questions continue to swirl about exactly what kind of nuclear and plutonium research will be done there, whether the lab is really necessary, and 151; perhaps most important 151; will it be safe, or could it become New Mexico s equivalent of Japan s Fukushima As federal officials prepare the final design plans for the controversial and very expensive lab, increased scrutiny is being placed on what in recent years has been discovered to b
stanley website e a greater potential for a major earthquake along the fault lines that have carved out the stunning gorges, canyons and valleys that surround the premier U.S. nuclear weapons facility in northern New Mexico.Final preparations for the lab 151; whose high-end price tag estimate of $5.8 billion is almost $1 billion more than New Mexico s annual state budget and more than double the lab s annual budget 151; also comes as a cash-strapped Congress looks to trim defense spending and cut cleanup budgets at contaminated facilities like Los Alam
stanley us os. It also comes as the inspector general recommends that the federal government consider consolidating its far-flung network of research labs.Despite Qyun A Ratings Guide For Pricey Prostitutes
For the first time, waves as tall as 16 feet have been recorded in Arctic waters. If these waves are speeding the breakup of the region remaining ice, as oceanographers suspect, they could signal the birth of a feedback mechanism that will hasten the Arctic march toward an ice-free summer. Above: Ocean waters transition from solid to liquid in the Arctic summer | Photo Credi
stanley cups t: Patrick Kelley, U.S. Coast Guard via USGS One way to produce waves is to combine wind, time, and water. Wind that blows strong and long enough over a large enough surface of water can generate whitecaps, which give rise to small swells, which in turn consolidate into big, heavy waves. Back when Arctic sea ice receded as little as 100 miles every summer, there was little water to work with, when it came to generating waves. But in the warming North, sea ice is ret
stanley cup reating. Meanwhile, regions of open water are expanding. In the summer of 2012, the Arctic surrendered more than 1,000 miles of coastal ice to liquid ocean. When it did, the region persistent summertime winds gained a new and powerful purchase on the vast stretches of open water. During a September 2012 storm, University of Washington Researcher Jim Thomson dete
stanley cup becher cted wind-generated waves as high as 5-meters tall. While researchers have known about Arctic melting for decades, Thomson says in a statement what we ;re seeing with waves of this size is potentially a new process, a mechanical process, in which th
