Boy..... 2day was a rough day....I woke up from my homeboys living room floor with a slight hangover.... I also can't get a wi-fi connect....good thing for my trusty iPhone.... So I go online too check my daily income and....BAMM.... "Account can not be displayed"....i was like "WUT DAA!"... So I called Navy Federal and they told me there was a hold from the DOR.... A majority of my money is in there..... Even though I'm handling my business.... That's not enough fir them.... It all stems from past due child support.... I know I shouldn't have fell behind.... But being consistant now should just allow the arrear to be added at the end of 18 years.... But taking pretty much everything in my account is not the way to do it.... I'm stuck..... My income comes from google checkout and paypal... My fault for not having a real job.... But eMoney to me is what I am better at making than actual money.... Bosses want you to look a certain way.... Be a certain way....
Being ur own boss allows you to call the shots.....
"Noone is gonna pay you like you pay yourself" is my motto....
It's rough.... Going to have to sell my iPhone probably... That means carting around a laptop... Cutting cost isn't easy..... But it's needed..... So hopefully this will balance my books without me having to lose more....
Thursday, September 24, 2009
IS THERE WATER ON THE MOON?
Scientists’ understanding of the moon could be all wet. Its surface is surprisingly dewy and its interior contains more water than previous analyses of moon rocks have indicated, according to new studies.
Observations from three spacecraft suggest that water is widely distributed over a thin layer of the lunar surface rather than locked up in icy enclaves predicted to lie at the moon’s poles. The results, detailed in a trio of papers posted online September 24 in Science, suggest that liquid water may be more available to future moon explorers than had been thought. Concentrations in sunlit soil might average about 1,000 parts per million, the equivalent of roughly a quart of water per ton of material. That water doesn’t remain on the moon, but comes and goes each lunar day.
In contrast, water molecules bound to phosphate minerals within volcanic rocks — material that formed well beneath the lunar surface — date back several billion years, says Francis McCubbin of the Carnegie Institution for Science in Washington D.C. A fourth, unpublished study led by McCubbin finds a surprisingly high abundance of this interior water, which may shed new light on how the moon formed.
The researchers who made the surface observations caution that their observations, which are based on low-resolution spectroscopy of minerals on the lunar surface, cannot clearly distinguish between water and the hydroxyl ion, which can serve as a marker for water.
Nonetheless, Roger N. Clark of the U.S. Geological Survey in Flagstaff, Ariz., asserts that “this is the first detection of water on the moon and we see it all over, not just in the polar regions.” Clark, a coauthor of two of the Science papers, led a team that found evidence of water in spectra taken by the Cassini spacecraft as it flew past the moon in 1999. Clark says he knew his team had a real signal a while ago, but he says he waited to publish because “the detection was so fantastic, I felt we needed confirmation.”
Confirmation has now come in the form of spectra taken by instruments aboard NASA’s Deep Impact spacecraft and Chandrayaan-I, India’s first mission to the moon. Each of the papers in Science reports data from one of the spacecraft.
Last week, other researchers reported that the Lunar Reconnaissance Orbiter spacecraft had found hydrogen on the moon’s surface, a possible marker of water (SN Online: 9/18/09).
The three Science papers “present a strong case for surficial water on the moon, and this could certainly be the result of delivery by icy impactors or solar wind interactions long after the moon formed,” comments Robin Canup of the Southwest Research Institute in Boulder, Colorado, who is not a member of any of the teams.
Data collected by Deep Impact one-quarter of a lunar day apart reveal that layers of water only a few molecules thick form, evaporate into space and then reform each lunar day, notes Jessica Sunshine of the University of Maryland in College Park, lead author of the Deep Impact study.
An obvious driver of such a cycle would be hydrogen ions delivered by the solar wind. The ions could interact with oxygen-rich minerals on the lunar surface to produce water, Sunshine suggests. Heat from the sun could then vaporize the water each lunar noon. Although the long-term effects of this interaction on the moon are unknown, “this same process should be occurring on airless, silicate-rich bodies throughout the inner solar system,” she says.
In McCubbin’s study of the lunar interior, he and his colleagues calculate that phosphate minerals contain a concentration of water as high as several thousand parts per million. This result, combined with lower abundances of water in other volcanic material reported in 2008 by Alberto Saal of Brown University in Providence, Rhode Island points to an average overall abundance of water in the lunar mantle significantly higher than the previous estimate of 1 part per billion.
It’s been a long-standing assumption, notes Canup, that if the moon formed when a giant, Mars-sized impactor smacked into the young Earth, any water would have been vaporized by the high temperatures generated during such a cataclysm and that vapor would have escaped into space. However, that assumption “has yet to be evaluated with direct models,” she adds.
McCubbin agrees that there may have been some way for water to be retained in this accepted model of the moon’s formation. Any alternative explanation of moon formation will have to account for all the water now known to reside inside the moon.
On October 9, a NASA spacecraft called LCROSS will deliberately crash into a cratered area of the moon’s south pole, where frozen water likely resides. The resulting plume of kicked-up soil should reveal the abundance of water there.
Says Canup: “Our picture of a bone-dry moon is clearly in need of updating.”
Observations from three spacecraft suggest that water is widely distributed over a thin layer of the lunar surface rather than locked up in icy enclaves predicted to lie at the moon’s poles. The results, detailed in a trio of papers posted online September 24 in Science, suggest that liquid water may be more available to future moon explorers than had been thought. Concentrations in sunlit soil might average about 1,000 parts per million, the equivalent of roughly a quart of water per ton of material. That water doesn’t remain on the moon, but comes and goes each lunar day.
In contrast, water molecules bound to phosphate minerals within volcanic rocks — material that formed well beneath the lunar surface — date back several billion years, says Francis McCubbin of the Carnegie Institution for Science in Washington D.C. A fourth, unpublished study led by McCubbin finds a surprisingly high abundance of this interior water, which may shed new light on how the moon formed.
The researchers who made the surface observations caution that their observations, which are based on low-resolution spectroscopy of minerals on the lunar surface, cannot clearly distinguish between water and the hydroxyl ion, which can serve as a marker for water.
Nonetheless, Roger N. Clark of the U.S. Geological Survey in Flagstaff, Ariz., asserts that “this is the first detection of water on the moon and we see it all over, not just in the polar regions.” Clark, a coauthor of two of the Science papers, led a team that found evidence of water in spectra taken by the Cassini spacecraft as it flew past the moon in 1999. Clark says he knew his team had a real signal a while ago, but he says he waited to publish because “the detection was so fantastic, I felt we needed confirmation.”
Confirmation has now come in the form of spectra taken by instruments aboard NASA’s Deep Impact spacecraft and Chandrayaan-I, India’s first mission to the moon. Each of the papers in Science reports data from one of the spacecraft.
Last week, other researchers reported that the Lunar Reconnaissance Orbiter spacecraft had found hydrogen on the moon’s surface, a possible marker of water (SN Online: 9/18/09).
The three Science papers “present a strong case for surficial water on the moon, and this could certainly be the result of delivery by icy impactors or solar wind interactions long after the moon formed,” comments Robin Canup of the Southwest Research Institute in Boulder, Colorado, who is not a member of any of the teams.
Data collected by Deep Impact one-quarter of a lunar day apart reveal that layers of water only a few molecules thick form, evaporate into space and then reform each lunar day, notes Jessica Sunshine of the University of Maryland in College Park, lead author of the Deep Impact study.
An obvious driver of such a cycle would be hydrogen ions delivered by the solar wind. The ions could interact with oxygen-rich minerals on the lunar surface to produce water, Sunshine suggests. Heat from the sun could then vaporize the water each lunar noon. Although the long-term effects of this interaction on the moon are unknown, “this same process should be occurring on airless, silicate-rich bodies throughout the inner solar system,” she says.
In McCubbin’s study of the lunar interior, he and his colleagues calculate that phosphate minerals contain a concentration of water as high as several thousand parts per million. This result, combined with lower abundances of water in other volcanic material reported in 2008 by Alberto Saal of Brown University in Providence, Rhode Island points to an average overall abundance of water in the lunar mantle significantly higher than the previous estimate of 1 part per billion.
It’s been a long-standing assumption, notes Canup, that if the moon formed when a giant, Mars-sized impactor smacked into the young Earth, any water would have been vaporized by the high temperatures generated during such a cataclysm and that vapor would have escaped into space. However, that assumption “has yet to be evaluated with direct models,” she adds.
McCubbin agrees that there may have been some way for water to be retained in this accepted model of the moon’s formation. Any alternative explanation of moon formation will have to account for all the water now known to reside inside the moon.
On October 9, a NASA spacecraft called LCROSS will deliberately crash into a cratered area of the moon’s south pole, where frozen water likely resides. The resulting plume of kicked-up soil should reveal the abundance of water there.
Says Canup: “Our picture of a bone-dry moon is clearly in need of updating.”
Wednesday, July 29, 2009
WTF.....Pepsi
This is fuqn nasty...... It goes to show how people don't care about the well being of other humans..... How does a mouse get past so many people without it being detected.... Come on Pepsi has enough money from Michael Jackson alone to be able to buy machines that can detect foreign objects in cans or something..... So can u imagine how many other times it has happened or how about waste that can be released into it..... I used to work at a place that made cheese twist snacks..... As the day went by I noticed less and less flies.... That's all I'm saying..... But for real a mouse in a Pepsi can..... What's up with Pepsi as a corporation.... Pepsi is an acronym for Pay Every Penny 2 Save Israel..... I wonder if this will destroy Pepsi.... People can say it is a fluke or a one time thing .... The fact that it happened at such a basic part of the Pepsi operation makes u wonder.... What else has "slipped by".... I know I'm gonna stop drinking carbonated drinks all together.... My health is more important that my desires of taste.... Now knowing that a power corporation like Pepsi can allow something like this to happen..... I will have to inspect everything I purchase before I put it in my body....
www.tinyurl.com/knsoyl
www.tinyurl.com/knsoyl
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