Tuesday, June 26, 2012

National Research Council presents long-term priorities for U.S. nuclear physics program

ScienceDaily (June 26, 2012) ? Nuclear physics is a discovery-driven enterprise aimed at understanding the fundamental nature of visible matter in the universe. For the past hundred years, new knowledge of the nuclear world has also directly benefited society through many innovative applications. In its fourth decadal survey of nuclear physics, the National Research Council outlines the impressive accomplishments of the field in the last decade and recommends a long-term strategy for the future.

The report builds on the Nuclear Science Advisory Committee's 2007 five-year plan and commends the Department of Energy and the National Science Foundation for effective management of the U.S. nuclear physics program. Recommended priorities for the future include exploiting recent upgrades of nuclear physics facilities, the timely completion of the Facility for Rare Isotope Beams, the development and implementation of a targeted program of underground science, and the creation of two national competitions for graduate students and postdoctoral researchers.

"The recommendations in this report will help ensure a thriving and healthy field that continues to benefit society from new applications at an accelerating pace," said Stuart Freedman, professor of physics at the University of California at Berkeley, and chair of the committee that wrote the report. "The impact of nuclear physics extends well beyond furthering our scientific knowledge of the nucleus and the nature and origin of visible matter. Nuclear physics is relevant to the most important of today's problems in energy, health, and the environment."

Sophisticated new tools and protocols have been developed for successful management of the largest projects in nuclear physics, the report says. But to keep the U.S. program nimble and competitive, the committee recommends that federal agencies develop streamlined and flexible procedures tailored for initiating and managing smaller-scale nuclear science projects.

The report also advises the theoretical nuclear science community to develop a plan for exploiting the rapidly increasing power of modern computing, and to establish the infrastructure and collaborations now in order to take advantage of these capabilities as they become available.Additional priorities for the field should include continued investment in accelerator and detector research and the possible development of an electron-ion collider.

Two videos have been prepared in conjunction with the report to illustrate several of its main ideas. The videos are suitable for classroom use and clearly articulate the scientific rationale and objectives for nuclear physics, placing near-term goals in a broader international context. The videos are available here: http://sites.nationalacademies.org/BPA/BPA_069589.

The study was sponsored by the U.S. Department of Energy and the National Science Foundation.The National Academy of Sciences, National Academy of Engineering, Institute of Medicine, and National Research Council make up the National Academies. They are private, nonprofit institutions that provide science, technology, and health policy advice under a congressional charter. The Research Council is the principal operating agency of the National Academy of Sciences and the National Academy of Engineering.

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Monday?s tweet from Jonathan Vilma confirms what anyone following the Saints bounty scandal already knew.? Unless he?s planning to buy a condo at Del Boca Vista, ?Phase 2? means litigation.

Technically, the litigation will be in the form of an attack on an arbitration award.? And as the judge who recently rejected the challenge of Broncos linebacker D.J. Williams to the league?s decision to uphold his six-game suspension explained it, ?[j]udicial review of an arbitration award ?is among the narrowest known to the law.??

The reason is simple.? Courts like it when parties privately agree to settle their own disputes via arbitration, since that reduces the number of cases that otherwise end up clogging the publicly-financed justice system.? Thus, Commissioner Roger Goodell?s inevitable decision not to reconsider his initial decision on the player suspensions will be overturned only if he ?ignore[s] the plain language of the collective bargaining agreement? or if he ?strays from interpretation and application of the agreement and effectively dispenses his own brand of justice.?

The Federal Arbitration Act, a law that requires courts to defer to arbitration awards, creates four specific reasons for scrapping the outcome of arbitration:? (1) if the decision was ?procured by corruption, fraud, or undue means?; (2) if there was ?evident partiality or corruption by the arbitrator?; (3) if the arbitrator was ?guilty of misconduct in refusing to postpone a hearing, in refusing to hear evidence, or in misbehaving in some other way?; or (4) the arbitrator ?exceeded his powers and imperfectly executed them.?

Given the perceptions and opinions of the suspended players, those four factors likely provide a source of encouragement, since they believe Goodell crafted a flawed procedure that was both partial and corrupt.? And so the players have focused ? and will continue to focus ? on alleged problems with the nuts and the bolts, from failing to demand the introduction of testimony supporting the league?s position to producing the documents the league intended to use less than 72 hours before the hearing (which may be a clear violation of the plain language of the CBA) to failing to share exculpatory evidence generated during the investigation with the players.

Perhaps the biggest problem for the league continues to be the decision of Roger Goodell, after leading the investigation and being aware of (or at least having access to) every nook and cranny of the evidence developed, to appoint himself to serve as the arbitrator.? That?s why the NFLPA asked Goodell to stand down at the outset of the June 18 hearing; they believe that his public comments in support of the league?s discipline predispose him to finding that the discipline was proper.? (Regardless of which side you personally favor, that?s not a bad argument.

And so these various factors give the players reason to believe that ?Phase 2? will have a chance at succeeding.

Still, it?s a high bar.? The court won?t be able to second-guess Goodell?s decision.? Instead, the court will be able to disregard it only if the court believes that flaws in the process fall within one of the four factors on which arbitration awards may be overturned.

Either way, look for the lawsuit to be filed in the U.S. District Court for the Eastern District of Louisiana, where the appointed judge potentially will be more likely to have an open mind when assessing the various ways that an arbitration award can be overturned.

And look for that lawsuit to be filed promptly upon the issuance of the letters from Goodell upholding the suspensions.

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Jennifer Hudson To Guest Star On Smash

Singer Jennifer Hudson has inked a deal to guest star on the new musical series Smash.? Get the details surrounding Hudson’s role below. American Idol alumni Jennifer Hudson is set to appear in a multi-guest arc on NBC’s Broadway series ‘Smash’ that stars actors Debra Messing and Jack Davenport.? The news was revealed that Hudson will show up in the series’ upcoming second season as the character?Veronica Moore, who is described as a Tony Award-winning star of Broadway that will change? the lives of both series regulars Karen, who is played by former Idol star Katharine McPhee, and Megan Hilty’s Ivy. Both Steven Spielberg, who serves as an executive producer of the show, and NBC’s Chairman, Robert Greenblatt, were excited about Hudson joining the cast for a guest appearance. ?First ?Dreamgirls,? now ?Smash.? I have no doubt Jennifer will continue to deliver even more inspiration to the audience responsible for giving us a second season on NBC,? Spielberg stated. Robert Greenblatt was also enthusiastic. ?This series is a showcase for some of the best musical talent in the business and that?s a fitting description for Jennifer Hudson.”? Adding, ?Her character will represent someone who reached their Broadway dream but also [...]

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Mercury mineral evolution

Mercury mineral evolution [ Back to EurekAlert! ] Public release date: 25-Jun-2012
[ | E-mail | Share Share ]

Contact: Robert Hazen
rhazen@ciw.edu
Carnegie Institution

Washington, D.C. -- Mineral evolution posits that Earth's near-surface mineral diversity gradually increased through an array of chemical and biological processes. A dozen different species in interstellar dust particles that formed the solar system have evolved to more than 4500 species today. Previous work from Carnegie's Bob Hazen demonstrated that up to two thirds of the known types of minerals on Earth can be directly or indirectly linked to biological activity. Now Hazen has turned his focus specifically on minerals containing the element mercury and their evolution on our planet as a result of geological and biological activity. His work, published in American Mineralogist, demonstrates that the creation of most minerals containing mercury is fundamentally linked to several episodes of supercontinent assembly over the last 3 billion years.

Mineral evolution is an approach to understanding Earth's changing near-surface geochemistry. All chemical elements were present from the start of our Solar System, but at first they formed comparatively few minerals--perhaps no more than 500 different species in the first billion years. As time passed on the planet, novel combinations of elements led to new minerals. Although as much as 50% of the mercury that contributed to Earth's accretion was lost to volatile chemical processing, 4.5 billion years of mineral evolution has led to at least 90 different mercury-containing minerals now found on Earth.

Hazen and his team examined the first-documented appearances of these 90 different mercury-containing minerals on Earth. They were able to correlate much of this new mineral creation with episodes of supercontinent formation--periods when most of Earth's dry land converged into single landmasses. They found that of the 60 mercury-containing minerals that first appeared on Earth between 2.8 billion and 65 million years ago, 50 were created during three periods of supercontinent assembly. Their analysis suggests that the evolution of new mercury-containing minerals followed periods of continental collision and mineralization associated with mountain formation.

By contrast, far fewer types of mercury-containing minerals formed during periods when these supercontinents were stable, or when they were breaking apart. And in one striking exception to this trend, the billion-year-long interval that included the assembly of the Rodinian supercontinent (approximately 1.8 to 0.8 billion years ago) saw no mercury mineralization anywhere on Earth. Hazen and his colleagues speculate that this hiatus could have been due to a sulfide-rich ocean, which quickly reacted with any available mercury and thus prevented mercury from interacting chemically with other elements.

The role of biology is also critical in understanding the mineral evolution of mercury. Although mercury is rarely directly involved in biological processe--except in some rare bacteria--its interactions with oxygen came about entirely due to the appearance of the photosynthetic process, which plants and certain bacteria use to convert sunlight into chemical energy. Mercury also has a strong affinity for carbon-based compounds that come from biological material, such as coal, shale, petroleum, and natural gas products.

"Our work shows that in the case of mercury, evolution seems to have been driven by hydrothermal activity associated with continents colliding and forming mountain ranges, as well as by the drastic increase in oxygen caused by the rise of life on Earth," Hazen said. "Future work will have to correlate specific mineral occurrences to specific tectonic events."

Future work will also focus on the minerals of other elements to see how they differ and correlate with mercury's mineral evolution, and to new strategies for locating as yet undiscovered deposits of critical resources.

"It's important to keep honing in on the ways that minerals have evolved on our planet from their simple elemental origins to the vast array in existence today," Hazen said.

###

Hazen's co-authors are Joshua Golden, Robert Downs, and Grethe Hystad of the University of Arizona; Edward Grew of the University of Maine; and David Azzolini and Dimitri Sverjensky of Johns Hopkins University.

The authors are grateful to Russell Hemley and the Carnegie Institution of Washington, as well as the Alfred P. Sloan Foundation and the Deep Carbon Observatory, for grants to support initial development of the Mineral Evolution Database. This work was supported by the NASA Astrobiology Institute, a NSF-NASA Collaborative Research Grant to the Johns Hopkins University and the Carnegie Institution of Washington, and a DOE grant, and a U.S. National Science Foundation grant to the University of Maine.

The Carnegie Institution for Science (carnegiescience.edu) is a private, nonprofit organization headquartered in Washington, D.C., with six research departments throughout the U.S. Since its founding in 1902, the Carnegie Institution has been a pioneering force in basic scientific research. Carnegie scientists are leaders in plant biology, developmental biology, astronomy, materials science, global ecology, and Earth and planetary science.


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AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.


Mercury mineral evolution [ Back to EurekAlert! ] Public release date: 25-Jun-2012
[ | E-mail | Share Share ]

Contact: Robert Hazen
rhazen@ciw.edu
Carnegie Institution

Washington, D.C. -- Mineral evolution posits that Earth's near-surface mineral diversity gradually increased through an array of chemical and biological processes. A dozen different species in interstellar dust particles that formed the solar system have evolved to more than 4500 species today. Previous work from Carnegie's Bob Hazen demonstrated that up to two thirds of the known types of minerals on Earth can be directly or indirectly linked to biological activity. Now Hazen has turned his focus specifically on minerals containing the element mercury and their evolution on our planet as a result of geological and biological activity. His work, published in American Mineralogist, demonstrates that the creation of most minerals containing mercury is fundamentally linked to several episodes of supercontinent assembly over the last 3 billion years.

Mineral evolution is an approach to understanding Earth's changing near-surface geochemistry. All chemical elements were present from the start of our Solar System, but at first they formed comparatively few minerals--perhaps no more than 500 different species in the first billion years. As time passed on the planet, novel combinations of elements led to new minerals. Although as much as 50% of the mercury that contributed to Earth's accretion was lost to volatile chemical processing, 4.5 billion years of mineral evolution has led to at least 90 different mercury-containing minerals now found on Earth.

Hazen and his team examined the first-documented appearances of these 90 different mercury-containing minerals on Earth. They were able to correlate much of this new mineral creation with episodes of supercontinent formation--periods when most of Earth's dry land converged into single landmasses. They found that of the 60 mercury-containing minerals that first appeared on Earth between 2.8 billion and 65 million years ago, 50 were created during three periods of supercontinent assembly. Their analysis suggests that the evolution of new mercury-containing minerals followed periods of continental collision and mineralization associated with mountain formation.

By contrast, far fewer types of mercury-containing minerals formed during periods when these supercontinents were stable, or when they were breaking apart. And in one striking exception to this trend, the billion-year-long interval that included the assembly of the Rodinian supercontinent (approximately 1.8 to 0.8 billion years ago) saw no mercury mineralization anywhere on Earth. Hazen and his colleagues speculate that this hiatus could have been due to a sulfide-rich ocean, which quickly reacted with any available mercury and thus prevented mercury from interacting chemically with other elements.

The role of biology is also critical in understanding the mineral evolution of mercury. Although mercury is rarely directly involved in biological processe--except in some rare bacteria--its interactions with oxygen came about entirely due to the appearance of the photosynthetic process, which plants and certain bacteria use to convert sunlight into chemical energy. Mercury also has a strong affinity for carbon-based compounds that come from biological material, such as coal, shale, petroleum, and natural gas products.

"Our work shows that in the case of mercury, evolution seems to have been driven by hydrothermal activity associated with continents colliding and forming mountain ranges, as well as by the drastic increase in oxygen caused by the rise of life on Earth," Hazen said. "Future work will have to correlate specific mineral occurrences to specific tectonic events."

Future work will also focus on the minerals of other elements to see how they differ and correlate with mercury's mineral evolution, and to new strategies for locating as yet undiscovered deposits of critical resources.

"It's important to keep honing in on the ways that minerals have evolved on our planet from their simple elemental origins to the vast array in existence today," Hazen said.

###

Hazen's co-authors are Joshua Golden, Robert Downs, and Grethe Hystad of the University of Arizona; Edward Grew of the University of Maine; and David Azzolini and Dimitri Sverjensky of Johns Hopkins University.

The authors are grateful to Russell Hemley and the Carnegie Institution of Washington, as well as the Alfred P. Sloan Foundation and the Deep Carbon Observatory, for grants to support initial development of the Mineral Evolution Database. This work was supported by the NASA Astrobiology Institute, a NSF-NASA Collaborative Research Grant to the Johns Hopkins University and the Carnegie Institution of Washington, and a DOE grant, and a U.S. National Science Foundation grant to the University of Maine.

The Carnegie Institution for Science (carnegiescience.edu) is a private, nonprofit organization headquartered in Washington, D.C., with six research departments throughout the U.S. Since its founding in 1902, the Carnegie Institution has been a pioneering force in basic scientific research. Carnegie scientists are leaders in plant biology, developmental biology, astronomy, materials science, global ecology, and Earth and planetary science.


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?


AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.


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Tennis Camps For Kids And Teens | Internet Contents

Tennis is a fantastic sport in any season, but the summer is very special for this sport as it can be played outdoors while soaking up some sun rays. It is also a great sport to learn at a summer camp. When it comes to sports camps most people think of basketball, football, and cheerleading. Tennis camps are often overlooked. Tennis is a great sport to perfect your physical as well as mental skills. In Tennis camps you learn to play tennis. You will work on your individual strengths and weakness as an overall player. There are coaches and counselors to assist you. It is a fantastic way to improve as a tennis player and gather some valuable team player skills in the process. Tennis has become a very competitive sport and utilizing tennis camps is a great way to stay on top of this quickly growing sport. Tennis has become more popular over the past ten years and so has tennis camps. You learn to think quickly on your feet as you plan each specific move to throw off your component.

How to develop your hand movements and strength

In addition to gaining overall arms strength, agility, flexibility, you can also increase your endurance over time. The effect tennis camps have on players is amazing. They leave feeling more confident as a player. Whether they plan on competing at the local neighborhood courts or in the Wimbledon players truly benefit from tennis camps. For many children and teens camps that focus predominantly on sports such as tennis camps greatly improves self-esteem. By enrolling your family or self into a tennis camp you may be helping the beginning career of the next tennis star.

Doing your research

When selecting a tennis camp there are many tips and facts everyone should know. Tennis camps come in various types. Having a basic understanding of the type of tennis camps will make selection of the right camp for you easy. Tennis camps are available as residential camps, specialty camps, focused program camps, outdoor education camps, or family camps. Residential tennis camps have a variety of time periods ranging from several days to a few weeks. You should always discuss the accommodations with the camp director before you sign up for one of these camps. Accommodations as well as food service can be in many different forms from cabins and cafeteria to tents and catered food service.

Specialty tennis camps focus on programming placing special attention one particular area of the sport. Some specialty tennis camps are for players who have certain physical, mental, or developmental needs. Focused program tennis camps focus on rigid more structured activities in relation to tennis. Outdoor education centered tennis camps are often used as retreats for businesses and large groups of children and teens. Family tennis camps generally have activities set to accommodate the entire family of all ages all throughout the day. They also can operate seasonally or all year round depending on the particular camp. You should always do you research online before signing up for any particular tennis camp. Always select a type of tennis camp that best suits your needs that you are most comfortable with. Tennis camps are a great way to advance your game.

Tennis Camps For Kids And Teens

Michael Chase is a freelance writer for the Maine Golf and Tennis Camps in Belgrade Lakes Region of Maine. Fully immersing young people in tennis training at a reputable tennis camp is the best way to teach them the fundamentals or help them take their game to the next level.

Content About : Tennis Camps For Kids And Teens Article

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