Thursday, April 11, 2013

Calif. ruling throws hope to fracking foes

By Rory Carroll and Braden Reddall

SAN FRANCISCO (Reuters) - A court ruling that the U.S. government must consider the environmental impact of "fracking" on federal lands leased to oil companies offers opponents of the technique a useful weapon in the fierce public debate in California and other parts of the country.

In a regulatory setback for hydraulic fracturing on public lands, a federal magistrate judge in San Jose, California, on Monday ruled that the Bureau of Land Management (BLM) failed to analyze its impact on 2,500 acres in Monterey County.

While energy lawyers were skeptical about the ruling's long-term impact, it was hailed as a victory for environmentalists trying to stop fracking in the state due to concerns about its groundwater impact and the potential for increased fossil fuels output contributing to climate change.

The ruling could even inspire environmental groups to sue the BLM in other states as oil companies accelerate their leasing of federal lands for fracking, said Brendan Cummings, a lawyer for the Center for Biological Diversity.

"While the ruling has most direct impact on public lands in California, it also sets an important legal and policy precedent that federal and state agencies around the country would be wise to heed," said Cummings, whose group brought the suit with the Sierra Club.

Celia Boddington, a spokeswoman for the BLM, said: "We are evaluating the ruling."

Monterey county captures just part of the vast Monterey shale formation, estimated by the U.S. Energy Information Administration to hold 15 billion barrels of technically recoverable oil, or four times that of the Bakken formation centered on North Dakota.

Most of that oil is not economically retrievable except by hydraulic fracturing, or fracking, a production-boosting technique in which large amounts of water, sand and chemicals are injected into shale formations to force hydrocarbon fuels to the surface.

Cummings believed the San Jose ruling would likely have implications for a more recent and much larger lease sale of 18,000 acres for oil and gas development in the same general region.

Judge Paul Grewal did not hand down a remedy, instead asking the BLM and the environmental groups to confer and submit an agreed upon path forward by next week.

Jack Luellen, a Denver-based managing partner at energy law firm Burleson LLP, said the potential for a time-consuming BLM environmental impact statement would put the burden on the BLM to "prove a negative," or that fracking would not cause damage.

"If you're anti-fracking, delaying is almost as good as barring it," Luellen said.

But James Pardo, a partner at the law firm of McDermott Will & Emery LLP, believed a full separate study of the Monterey shale was unlikely to be necessary even though the geology is different from other U.S. shale plays. But a "harder look" at the issue would be necessary.

"The court's telling them to square those corners," he said. "Note this judge did not void the leases ... This judge is looking at a reasonable solution."

Bill Allayaud, California director of government affairs for the Environmental Working Group, said the court decision could cause the BLM to rethink how it leases land.

Oil and gas drilling on BLM lands has shot up in recent years as advances in horizontal drilling and fracking have made hard-to-reach deposits recoverable.

As a share of overall U.S. production, oil from federal onshore land accounted for about 5 percent of the total last year, and 12 percent for natural gas, according to federal data.

About 98 percent of the land under BLM control is in the western United States, including Alaska. California accounts for 6 percent of the 247 million acres under BLM control, according to the most recent statistics available on the agency's website.

California regulators are in the process of devising rules for fracking.

It is already the subject of a state-level court battle. That lawsuit, brought by the Center for Biological Diversity, Earthworks, Environmental Working Group and Sierra Club, accuses the state regulator with failing to evaluate the risks.

The state case is Center for Biological Diversity et al v California Department of Conservation, Division of Oil, Gas and Geothermal Resources, Case no. RG12652054, in Alameda County Superior Court, Oakland, CA.

The federal case is Center for Biological Diversity and Sierra Club v Bureau of Land Management, Case no. 11-06174 PSG in the U.S. District Court for the Northern District of California in San Jose, CA.

(Additional reporting by Tim Gardner in Washington; Editing by Grant McCool)

Source: http://news.yahoo.com/california-court-ruling-gives-hope-foes-fracking-001850988--finance.html

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Wednesday, April 10, 2013

Exclusive: Keanu Reeves Couldn't Use High-Tech Rig For 'Man Of Tai Chi'

Last we heard from Keanu Reeves and his martial arts epic of a directorial debut "Man of Tai Chi," he had wrapped principal photography, which was exciting news to anyone who saw a proof of concept video that surfaced online last summer. For his fight sequences, Reeves intended to use a highly articulate and precise [...]

Source: http://moviesblog.mtv.com/2013/04/09/keanu-reeves-man-of-tai-chi-camera/

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A step toward optical transistors?

A step toward optical transistors? [ Back to EurekAlert! ] Public release date: 9-Apr-2013
[ | E-mail | Share Share ]

Contact: Chris Chipello
christopher.chipello@mcgill.ca
514-398-4201
McGill University

McGill researchers demonstrate new way to control light in semiconductor nanocrystals

As demand for computing and communication capacity surges, the global communication infrastructure struggles to keep pace, since the light signals transmitted through fiber-optic lines must still be processed electronically, creating a bottleneck in telecommunications networks.

While the idea of developing an optical transistor to get around this problem is alluring to scientists and engineers, it has also remained an elusive vision, despite years of experiments with various approaches. Now, McGill University researchers have taken a significant, early step toward this goal by showing a new way to control light in the semiconductor nanocrystals known as "quantum dots."

In results published online recently in the journal Nano Letters, PhD candidate Jonathan Saari, Prof. Patanjali (Pat) Kambhampati and colleagues in McGill's Department of Chemistry show that all-optical modulation and basic Boolean logic functionality key steps in the processing and generation of signals can be achieved by using laser-pulse inputs to manipulate the quantum mechanical state of a semiconductor nanocrystal.

"Our findings show that these nanocrystals can form a completely new platform for optical logic," says Saari. "We're still at the nascent stages, but this could mark a significant step toward optical transistors."

Quantum dots already are used in applications ranging from photovoltaics, to light-emitting diodes and lasers, to biological imaging. The Kambhampati group's latest findings point toward an important new area of potential impact, based on the ability of these nanocrystals to modulate light in an optical gating scheme.

"These results demonstrate the proof of the concept," Kambhampati says. "Now we are working to extend these results to integrated devices, and to generate more complex gates in hopes of making a true optical transistor."

The findings build on a 2009 paper by Kambhampati's research group in Physical Review Letters. That work revealed previously unobserved light-amplification properties unique to quantum dots, which are nanometer-sized spheroids with size-dependent optical properties, such as absorption and photoluminescence.

###

The research for the Nano Letters article was supported by the Canada Foundation for Innovation, the Natural Sciences and Engineering Research Council of Canada, and the Fonds de recherche du Qubec - Nature et technologies.

To view the article: http://pubs.acs.org/doi/abs/10.1021/nl3044053


[ Back to EurekAlert! ] [ | E-mail | Share Share ]

?


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.


A step toward optical transistors? [ Back to EurekAlert! ] Public release date: 9-Apr-2013
[ | E-mail | Share Share ]

Contact: Chris Chipello
christopher.chipello@mcgill.ca
514-398-4201
McGill University

McGill researchers demonstrate new way to control light in semiconductor nanocrystals

As demand for computing and communication capacity surges, the global communication infrastructure struggles to keep pace, since the light signals transmitted through fiber-optic lines must still be processed electronically, creating a bottleneck in telecommunications networks.

While the idea of developing an optical transistor to get around this problem is alluring to scientists and engineers, it has also remained an elusive vision, despite years of experiments with various approaches. Now, McGill University researchers have taken a significant, early step toward this goal by showing a new way to control light in the semiconductor nanocrystals known as "quantum dots."

In results published online recently in the journal Nano Letters, PhD candidate Jonathan Saari, Prof. Patanjali (Pat) Kambhampati and colleagues in McGill's Department of Chemistry show that all-optical modulation and basic Boolean logic functionality key steps in the processing and generation of signals can be achieved by using laser-pulse inputs to manipulate the quantum mechanical state of a semiconductor nanocrystal.

"Our findings show that these nanocrystals can form a completely new platform for optical logic," says Saari. "We're still at the nascent stages, but this could mark a significant step toward optical transistors."

Quantum dots already are used in applications ranging from photovoltaics, to light-emitting diodes and lasers, to biological imaging. The Kambhampati group's latest findings point toward an important new area of potential impact, based on the ability of these nanocrystals to modulate light in an optical gating scheme.

"These results demonstrate the proof of the concept," Kambhampati says. "Now we are working to extend these results to integrated devices, and to generate more complex gates in hopes of making a true optical transistor."

The findings build on a 2009 paper by Kambhampati's research group in Physical Review Letters. That work revealed previously unobserved light-amplification properties unique to quantum dots, which are nanometer-sized spheroids with size-dependent optical properties, such as absorption and photoluminescence.

###

The research for the Nano Letters article was supported by the Canada Foundation for Innovation, the Natural Sciences and Engineering Research Council of Canada, and the Fonds de recherche du Qubec - Nature et technologies.

To view the article: http://pubs.acs.org/doi/abs/10.1021/nl3044053


[ Back to EurekAlert! ] [ | E-mail | Share Share ]

?


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.


Source: http://www.eurekalert.org/pub_releases/2013-04/mu-ast040913.php

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Tuesday, April 9, 2013

Interest on government student loans set to double this summer

By Herb Weisbaum, TODAY contributor

The interest rate on government-subsidized Stafford loans is set to double on July 1 ? to 6.8 percent from 3.4 percent ? unless Congress acts to stop it. And there?s no guarantee it will.

Christian Walker, an economics and political science major at Northern Arizona University, needs Stafford loans to stay in school next year. He already expects to graduate with $50,000 in debt.

?Raising the interest rate on those loans just compounds the problem and increases the amount of money I?ll have to pay back after I graduate,? he said.?

It?s truly d?j? vu for families who rely on Stafford loans to help pay for college. The interest rate hike was going to take effect last year, but faced with a nationwide backlash, Congress agreed to delay the increase for one year. So here we are again.

Student groups and college educators across the country have called on Congress to stop the rate hike, which would affect more than 7 million students. The consumer advocacy group U.S. PIRG estimates that doubling the interest rate on Stafford loans would add another $1,000 to the cost of each loan ? and many students need one loan for each year of school.

Related: Will you be affected by an increase in student loan interest rates?

?The argument against it is the same as it was last year: The interest rate is way too high,? said Ethan Senack, U.S. PIRG?s higher education associate. ?At a time when students and their families are already facing massive debt, this is a cost increase they simply cannot afford.?

The average student in this country already graduates with $26,600 in loan debt, according to the Project for Student Debt at the Institute for College Access & Success.

?It?s scaring everyone on campus,? said 19-year old Tori Uyehara, a freshman at Southern Oregon University. ?We can?t afford the amount of interest we?re paying right now. Doubling the interest rate is just too much.?

What if the rate doesn?t go up as planned?
The non-partisan Congressional Budget office estimates the loss to the U.S. treasury would be nearly $6 billion a year.

But Terry Hartle, senior vice president of the American Council on Education (ACE) believes lawmakers should consider the interest rate spread when deciding what to do.

?The government is borrowing the money at about 2 percent and lending it at 3.4 percent," Hartle said. "They don?t need to get a 6.8 percent return."

The council, a trade association of about 2,000 public and private colleges and universities, wants Congress to keep the current interest rate and prevent student debt from increasing.

What can we expect?
As you might expect, Congress remains divided on this issue along political lines. Republicans think the rate should go up, Democrats don?t.

The Senate budget resolution, authored by Sen. Patty Murray (D-Wash.) would keep the interest at 3.4 percent.

"The cost of a college education has never been higher, and students across our country can't afford higher interest rates for Stafford loans," Sen. Murray said in an email to NBC News. ?

Republicans in the House are talking about a long-term solution that would change the way the interest rates on Stafford loans are calculated.

At a recent hearing on student loans, Rep. John Kline (R-Minn.), chairman of the House Committee on Education and the Workforce, said he wanted to see government ?move away from a system that allows Washington politicians to use student loan interest rates as bargaining chips, creating uncertainty and confusion for borrowers.?

One idea being discussed is to replace the fixed rate arbitrarily set by Congress with a variable rate tied to some market indicator, such as Treasury Notes.

Supporters of this idea, including some educators, believe a floating rate would make more families eligible for these popular loans.

A final word
T.J. Legacy Cole, a political science major at Florida Agricultural and Mechanical University, needs a Stafford loan to finish his last semester. He knows how important it is to balance the budget, but he hopes Congress will consider the big picture.

?They need to understand that education is the key to our future, not debt,? he said.

What do you think? Share your thoughts with me on Facebook.

Herb Weisbaum is The ConsumerMan. Follow him on Facebook and Twitter or visit The ConsumerMan website.?

Related:?

Meet your new professor: Transient, poorly paid

?

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Rick Santorum: It Would Be 'Suicidal' For GOP To Embrace Gay Marriage

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  • Source: http://www.huffingtonpost.com/2013/04/08/rick-santorum-gop-gay-marriage_n_3040225.html

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    A fly mutation suggests a new route for tackling amyotrophic lateral sclerosis

    Apr. 8, 2013 ? A team of researchers, led by Marc Freeman, PhD, an early career scientist with the Howard Hughes Medical Institute and associate professor of neurobiology at the University of Massachusetts Medical School have discovered a gene in the fruit fly Drosophila melanogaster that, when mutant, blocks the self-destruction of damaged axons, which could hold clues to treating motor neuron diseases, such as amyotrophic lateral sclerosis (ALS).

    A neuron has a very distinctive form -- a bush of dendrites that receive signals, an incredibly long axon, which is like a long tail, and "a little dot" between them that is the cell body, housing the genetic headquarters. Every part of the neuron is required for it to transmit messages. "If anything breaks along any part of the neuron, the cell unplugs from the circuit and no longer functions," explained Dr. Freeman, who presented this research at the Genetics Society of America's 54th Annual Drosophila Research Conference in Washington, D.C.

    Once the long tail-like axon is damaged, it shrivels away, basically self-destructing, and resulting in neurons that no longer operate. This catastrophic damage can happen in several ways: from inflammation, a neurodegenerative disease, a metabolic disorder such as diabetes, toxin exposure, or tumor growth. Such axon loss is thought to be a primary factor that leads to functional loss in patients with neurological disorders -- it is equivalent to going into an electrical circuit and randomly cutting wires.

    The study of axon destruction in response to damage goes back to British neurophysiologist Augustus Waller, who in 1850 described how an axon separated from the cell body and cut off from its nutrient supply breaks apart and is dismantled by scavenger cells. "The idea that this process, called Wallerian degeneration, was a passive wasting away of the axon held for 150 years," Dr. Freeman said.

    Then in the late 1980s, researchers discovered a mutation in the mouse, called Wlds, which enables a damaged axon to survive for weeks after injury. "That fundamentally changed how we think about an axon. Under certain circumstances, axons can survive for a much longer time than we have given them credit for," Dr. Freeman explained.

    Freeman's laboratory speculated that if axon self-destruction is an active process, then there should be genes in the fly genome whose normal function is to destroy cut axons. They decided if they could break those genes responsible for axon destruction, then the axons shouldn't fall apart. To identify those genes, they performed a labor-intensive screen, randomly breaking genes in the fly genome and looking for those that when broken blocked axon destruction after injury.

    This approach led to the identification of one gene, called dSarm, whose normal function is to promote the destruction of the axon after injury. "We got beautiful protection of axons when we knocked out this molecule," Dr. Freeman said. Mice and humans have forms of this gene too, and Freeman and colleagues have shown its functions in a similar way in mice. The preservation of these signaling mechanisms from flies to humans is a sign of evolutionary retention and argues for its importance.

    To get closer to applying the axon death gene to the study of disease, the researchers crossed the mouse version of the Sarm mutation into a mouse model that has a type of familial ALS, which is also in humans. Although the mice still lost weight and had difficulty with a mobility test, they lived about 10 days longer than their brethren without the Sarm mutation, and at least half of their motor neurons remained intact. "Since not all the motor neurons are needed," Dr. Freeman said, "even with a 50 percent reduction a patient could feel very close to normal. It would be life-changing for the patient, so it's a step in the right direction."

    "We used Wallerian degeneration as a model for axon degeneration. We've identified a signal pathway whose normal function is to promote axon destruction after injury, and hope to build on this research to better understand the role of axon death in neurodegenerative diseases," Dr. Freeman summed up.

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    Monday, April 8, 2013

    The Tiniest iPod Is Your Deal of the Day

    The iPod Shuffle isn't like other iPods that Apple sells. It has no screen, it has no Lightning connector, and it's tiny. It finds its raison d'?tre through subtraction, not addition. That's good design. Because there's no screen, battery life is excellent and it's nearly indestructible. Gym rats adore it. Sure, there's a pretty small iPod Nano for $100 more that comes with Nike+, an FM radio, and a full color screen, but you lose out on the unadorned simplicity of the iPod Shuffle. More »


    Source: http://feeds.gawker.com/~r/gizmodo/full/~3/NIO94ngiIDo/the-tiniest-ipod-is-your-deal-of-the-day

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