Saturday, May 4, 2013

GUSA: A Year in Sport ? Glasgow Guardian

Beatrice Cook

It has been yet another successful year for the Glasgow University Sport Association; alongside the University?s recent triumph at the Glasgow Taxis Cup for the third consecutive year, there has been consistent victory in other areas of club sport, with Glasgow University Women?s Football ?team remaining undefeated in the British University and College Sports (BUCS) Championships ?since February 2011, and the Glasgow University Netball BUCS team dominating over Edinburgh seconds, securing a place in the Conference Cup final to fight to retain their title. However, it is not all about club and competitive sport here at the University of Glasgow. A recent drive to focus on health and wellbeing at the University has been seen in the restructuring of the association?s Council with the introduction of the position of Welfare Convenor, as well as the Sports and Wellbeing Week at the beginning of the second semester. In addition to that, emphasis has been placed on recreational sports and clubs, with the creation of the Recreational Sports League in 2012, opening up sport to a wider collective. GUSA has strived to remain an open and equal institution, and with the coming construction of the new Stevenson Hive Building Project meaning more gym space and increased service levels for all members, it seems that there has never been more of an exciting time for sport at the University of Glasgow.

GUSA has over fifteen thousand members, with approximately two thousand of those students using its facilities on a daily basis; from this statistic alone it is obvious that the association is extremely popular across campus, its partnership with the Sport and Recreation Service (SRS) serving to further strengthen its reputation and influence, whilst its Council, made up of twelve university students elected by their peers, acts on behalf of the student body to ensure a bright future for sport and wellbeing. This popularity was clearly seen at the recent GUSA Council elections, where 1066 votes were cast to decide on who would take up the mantle for one of the seven remaining opposed positions; this is in stark contrast with the other Union elections occurring at the same time. Whilst the Glasgow University Union garnered a respectable 878 returned ballots, the Queen Margaret Union only managed 476 votes, with the healthy turnout for the GUSA elections, where many senior roles within the council were largely unopposed, showing the solid level of support that the association has gathered over the years. Furthermore, by comparing the Student Representative Council (SRC) sabbatical hustings with the GUSA equivalent, the latter having double the turnout, it is evident that students feel they can actively engage and be involved with the association, as well as influencing the future of university sport.

With 48 different clubs and 83 sporting teams affiliated to GUSA competing in BUCS, it is no wonder that this academic year has arguably been the biggest and best yet for the University of Glasgow. The wealth of choice and variety has given new and continuing students the opportunity to get involved in a sport they?ve never tried, or to indulge their competitive side. With groups ranging from the more competition-based hockey, swimming and rugby clubs, to their recreational counterparts, including surfing, ski and snowboarding, as well as canoeing and kayaking, there is a great deal on offer sports-wise. Also, with gym membership at just ?50 for the entire year, this is yet another reason to get involved with GUSA. Moreover, this year has seen the commencement of a recreational sports league, the Glasgow Championship, so for those of us who don?t want to feel under pressure to perform at club level, you have to the chance to participate in regular sporting fixtures in badminton, football, hockey, rugby and squash alongside people of a wide range of performance levels and abilities. This fantastic concept further widens the pool of potential new members, affording students and staff alike the opportunity to get involved in sport in an entirely new and unrestrictive level.

Although this year has seen a distinct move away from the stereotypes of sport, the University of Glasgow still retains its sporting prowess when it comes to the competition stakes; the university?s recent win at the 2013 Glasgow Taxis Cup evidently shows that GUSA has developed a finely tuned machine of sporting excellence, their success adding to Glasgow?s four previous victories at the same competition. In comparison to the previous year?s nail-biting finale, when Glasgow reigned supreme with only a point separating them from rivals Strathclyde, this year?s competition resulted in unparalleled success for Glasgow University, finishing with 49 points overall, compared with Strathclyde?s 35 points and Glasgow Caledonian?s 23.

In addition to this latest victory for the University of Glasgow, GUSA continues to oversee the nurturing of extremely talented sportsmen and women with elite athlete funding. These funds include sports bursaries and the Winning Students scholarship; whilst the former gives those honoured with the bursary both sporting and academic support, as well as taking care of them throughout their competitions and student life, the Winning Students scholarship, Scotland?s national sports scholarship programme, ?supports student athletes with annual scholarships up to ?5,500 to help them achieve their sporting and academic goals.? Furthermore, this year?s GUSA Ball, held on the 9th?of February at the Hilton Hotel, gave the University the opportunity to award these dedicated athletes with a recognition of their achievements; the Rebecca Cooke Award for female athlete of the year went to Ruth Dunn of the prestigious Boat Club, the Bob Wilson Award for best male athlete went to Calum Nicol, a rising star in the field of basketball, while the Glasgow University Triathlon Club were awarded best up and coming club. Dunn and Nicol are amongst many names to look out for in the coming years, and with the 2014 Glasgow Commonwealth Games rapidly approaching, it will undoubtedly be the time for Glasgow University?s finest athletes to step up to the mark.

On a more grandiose scale, the Glasgow University Boat Club, established in 1867, is one of the oldest clubs at the university and arguably the most prominent. Based off-campus in Glasgow Green, it competes on both a Scottish and National level, but certainly the most exciting event in its calendar is the Edinburgh-Glasgow Boat Race. The race, taking place for the first time in 1877, is the second oldest in the UK, with only the famous Oxbridge Boat Race preceding it. According to the Glasgow University Boat Club website, ?Winning is euphoric, losing ? despair?The race is a blur. Heart rates soar, muscles scream with the effort and minds are locked in concentration? Perseverance through all adversities differentiates the winning crew.? This year sees the race taking place on the 25th?of May, and on that day, the media?s attention will turn to see which of the rival Universities will take home the highly sought after title. GUSA?s support has unquestionably helped in GUBC?s success thus far, with access to training facilities at both Glasgow Green and the Stevenson Building allowing the club to harness their full potential.

The general welfare and health of students has always been of great importance to the University, and the introduction of a Welfare Convener in the Council, taken on this year by Leah Tomlinson, as well as the Buddy System and Sport and Wellbeing Week demonstrates GUSA?s continuing dedication to look after its members. The purpose of the newly established Welfare Convener is to ?provide support in the planning and delivery of welfare associated events and initiatives such as the Sport & Wellbeing Week, [being] responsible for the administration and accreditation of the Healthy Body Health Mind award programme [and] works closely with Sport & Recreation in raising the awareness of the benefits of leading an active and healthy lifestyle to the University community.? The success of the Sport and Wellbeing Week at the beginning of the second semester emphasises GUSA?s commitment to providing a better service for all students, with keynote speakers including the inspirational Scottish track cyclist Graeme Obree and activities ranging from free exercise taster sessions, personal training, to talks on healthy eating and eating disorders, there was something to interest everyone. Starting university is a life changing experience, and GUSA strives to ensure that each and every member is given the best possible opportunity at living a healthy student life by promoting a healthy and happy lifestyle. The Buddy System, where disabled students wishing to get involved in sport are specially paired up with GUSA volunteers and given the chance to participate without any physical or mental barriers. This has proved a vital addition to GUSA?s growing list of achievements, further displaying the association?s ability to provide an open and fair service for all students at the university.

GUSA is a strong institution at the University of Glasgow; its drive to secure a bright and fair future for sport has meant that it not only remains a dominant force in competitive sport, but it also provides an open and diverse foundation for new and continuing students by promoting health and wellbeing, as well as equality within sport and a variety of clubs and leagues to interest both staff and students. From its numerous victories at BUCS, the Glasgow Taxis Cup and on a national level, as well as its creation of a recreational league and the Sport and Wellbeing Week, Glasgow University Sports Association has forged a strong relationship with its members, and continues to provide a sports and wellbeing service of unparalleled quality. As an anonymous source once told me, ?Glasgow University Sports Association IS sport.?

Source: http://glasgowguardian.co.uk/2013/05/03/gusa-a-year-in-sport/

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Home furniture for decorating the entire interior - GoArticles.co.in

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Source: http://www.goarticles.co.in/home-furniture-for-decorating-the-entire-interior/

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Xbox 720: Molyneux ?knew a lot? about Microsoft's plans, is currently ...

Thu, May 02, 2013 | 11:46 BST

Friday, May 3, 2013

Brooke Mueller?s Twin Sons Taken Away Over Drug Use

Brooke Mueller’s Twin Sons Taken Away Over Drug Use

Brooke Mueller still cracked outLos Angeles County’s Department of Children and Family Services have removed Charlie Sheen and Brooke Mueller’s twin sons, Bob and Max, from Brooke’s care due to her drug use. Charlie’s other ex-wife, Denise Richards, has been awarded temporary custody of the boys. Social workers removed the children from Brooke Mueller’s care because of claims the ...

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Source: http://stupidcelebrities.net/2013/05/brooke-muellers-twin-sons-taken-away-over-drug-use/

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Earth permanently deformed by really big earthquakes

Earth permanently deformed? The Earth's crust is relatively elastic, but earthquakes of more than magnitude 7 will leave the planet permanently deformed, says new research.

By Charles Q. Choi,?LiveScience.com / April 29, 2013

A collapsed building lays in ruins after an earthquake in Concepcion, Chile, in 2010. Wednesday, Feb. 27, 2013 marks the three-year anniversary of the 8.8-magnitude earthquake that struck central Chile that killed over 500 people, destroyed over 200,000 homes.

(AP Photo/Natacha Pisarenko, File)

Enlarge

Earthquakes can permanently crack the Earth, an investigation of quakes that have rocked Chile over the past million years suggests.

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Although earthquakes can wreak havoc on the planet's surface, more than a century of research has suggested the Earth mostly rebounds after quakes, with blocks of the world's crust elastically springing back, over the course of months to decades, to the way they initially were. Such rebounding was first seen after investigations of the devastating 1906 San Francisco temblor that helped lead to the destruction of more than 80 percent of the city. The rebound is well-documented nowadays by satellite-based GPS systems that monitor Earth's movements.

However, structural geologist Richard Allmendinger of Cornell University and his colleagues now find major earthquakes of magnitude 7 or greater apparently caused the crust in northern Chile to crack permanently. [The 10 Biggest Earthquakes in History]

"My graduate students and I originally went to northern Chile to study other features," Allmendinger said. "While we were there, our Chilean colleague, Professor Gabriel Gonz?lez of the Universidad Cat?lica del Norte, took us to a region where these cracks were particularly well-exposed."

"I still remember feeling blown away ? never seen anything like them in my 40 years as a geologist ? and also perplexed," Allmendinger told OurAmazingPlanet. "What were these features and how did they form? Scientists hate leaving things like this unexplained, so it kept bouncing around in my mind."

Atacama exposed

In northern Chile, "the driest place on Earth, we have a virtually unique record of great earthquakes going back a million years," Allmendinger said. Whereas most analyses of ancient earthquakes only probe cycles of two to four quakes, "our record of upper plate cracking spans thousands of earthquake cycles," he noted.

The record of the vast number of earthquakes captured in northern Chilean rocks allowed the researchers to examine their average behavior over a much longer period of time, which makes it easier to pick out any patterns. They discovered that a small but significant 1 to 10 percent of the deformation of the Earth caused by 2,000 to 9,000 major quakes over the past 800,000 to 1 million years was permanent, involving cracks millimeters to meters large in the crust of the Atacama Desert. The crust may behave less elastically than previously thought.

"It is only in a place like the Atacama Desert that these cracks can be observed ? in all other places, surface processes erase them within days or weeks of their formation, but in the Atacama, they are preserved for millions of years," Allmendinger said. "We have every reason to believe that our results would be applicable to other areas, but is simply not preserved for study the way that it is in the Atacama Desert," he added.

Model rethink

This work "calls into question the details of models that geophysicists who study the earthquake cycle use," Allmendinger said. "Their models generally assume that all of the upper-plate deformation related to the earthquake cycle is elastic ? recoverable, like an elastic band ? and not permanent. If some of the deformation is permanent, then the models will have to be rethought and more complicated material behaviors used.

The area the researchers studied, the Iquique Gap, "is one of the few places along western South America that has not had a great earthquake in the last 100 years and thus has a high probability of a major earthquake in the next couple of decades," Allmendinger added. "We may get to test out predictions about earthquakes if the next great earthquake there happens in the next couple of decades."

The scientists detailed their findings online April 28 in the journal Nature Geoscience.

Follow OurAmazingPlanet?@OAPlanet, Facebook?and Google+. Original article at LiveScience's OurAmazingPlanet.

Copyright 2013 LiveScience, a TechMediaNetwork company. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.

Source: http://rss.csmonitor.com/~r/feeds/science/~3/PKBKXfMMBKw/Earth-permanently-deformed-by-really-big-earthquakes

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Thursday, May 2, 2013

Tim McGraw sued by former record label

Music

18 hours ago

Tim McGraw

Al Powers/Invision/AP

Tim McGraw.

Tim McGraw and his former label, Curb Records, are at odds again. The Nashville, Tenn.-based label filed a lawsuit against the country music singer and Big Machine Records in federal court Monday, alleging copyright infringement and breach of contract.

Related: Shania Twain, Faith Hill and Tim McGraw bring live country to Las Vegas: concert review

This marks the latest development in a continuing saga of legal drama between the two. In May 2011, Curb filed a breach-of-contract state lawsuit against McGraw claiming that the artist had recorded songs for "Emotional Traffic," which was to be his final album with the label, too early prior to its delivery in a ?transparent tactic to attempt to fulfill his contractual recording commitment to Curb prematurely in breach of the recording agreement,? the suit stated.

Days later, McGraw filed a countersuit seeking advanced payment and recording-fund reimbursement, as well as a jury trial.

Related: Tim McGraw and Faith Hill to launch Las Vegas concert residency

In November 2011, a judge granted McGraw permission to record music for another label while Curb released "Emotional Traffic" on Jan. 24, 2012.

After signing with Big Machine Records in May 2012, McGraw?s latest effort -- "Two Lanes of Freedom" -- was released Feb. 5.

With its lawsuit, Curb is seeking a return of master recording, compensatory and punitive damages and an injunction against future recording or releases until its contract with McGraw has been fulfilled.

Source: http://www.today.com/entertainment/tim-mcgraw-sued-former-label-curb-records-6C9690346

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Use of laser light yields versatile manipulation of a quantum bit

May 1, 2013 ? By using light, researchers at UC Santa Barbara have manipulated the quantum state of a single atomic-sized defect in diamond -- the nitrogen-vacancy center -- in a method that not only allows for more unified control than conventional processes, but is more versatile, and opens up the possibility of exploring new solid-state quantum systems.

Their results are published in the latest edition of the Proceedings of the National Academy of the Sciences.

"In contrast to conventional electronics, we developed an all-optical scheme for controlling individual quantum bits in semiconductors using pulses of light," said David Awschalom, director of UCSB's Center for Spintronics & Quantum Computation, professor of physics and of electrical and computer engineering, and the Peter J. Clarke director of the California NanoSystems Institute. "This finding offers an intriguing opportunity for processing and communicating quantum information with photonic chips."

The nitrogen-vacancy (NV) center is a defect in the atomic structure of a diamond where one carbon atom in the diamond lattice is replaced by a nitrogen atom, and an adjacent site in the lattice is vacant. The resulting electronic spin around the defect forms a quantum bit -- "qubit" -- which is the basic unit of a quantum computer. Current processes require this qubit be initialized into a well-defined energy state before interfacing with it. Unlike classical computers, where the basic unit of information, the bit, is either 0 or 1, qubits can be 0, 1, or any mathematical superposition of both, allowing for more complex operations.

"The initial problem we were trying to solve was to figure out a way that we could place our qubit into any possible superposition of its state in a single step," said the paper's first author, physics graduate student Christopher Yale. "It turns out that in addition to being able to do that just by adjusting the laser light interacting with our spin, we discovered that we could generate coherent rotations of that spin state and read out its state relative to any other state of our choosing using only optical processes."

The all-optical control allows for greater versatility in manipulating the NV center over disparate conventional methods that use microwave fields and exploit defect-specific properties. While the NV center in diamond is a promising qubit that has been studied extensively for the past decade, diamonds are challenging to engineer and grow. This all-optical methodology, say the researchers, may allow for the exploration of quantum systems in other materials that are more technologically mature. "Compared to how the NV center is usually studied, these techniques in some ways are more general and could potentially enable the study of unexplored quantum systems," said UCSB physics graduate student Bob Buckley.

Additionally, the all-optical method also has the potential to be more scalable, noted physics graduate student David Christle. "If you have an array of these qubits in order, and if you're applying conventional microwave fields, it becomes difficult to talk to one of them without talking to the others. In principle, with our technique in an idealized optical system, you would be able focus the light down onto a single qubit and only talk to it."

While practical quantum computers are still years and years away, the research opens up new paths toward their eventual creation. According to the group, these devices would be capable of performing certain sophisticated calculations and functions far more efficiently than today's computers can -- leading to advances in fields as diverse as encryption and quantum simulation.

UCSB electrical and computer engineering graduate student F. Joseph Heremans and postdoctoral researcher Lee Bassett also contributed to this study. Additional theoretical work and insight was provided by Guido Burkard, professor of physics at the University of Konstanz, Germany.

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The above story is reprinted from materials provided by University of California - Santa Barbara.

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Journal Reference:

  1. C. G. Yale, B. B. Buckley, D. J. Christle, G. Burkard, F. J. Heremans, L. C. Bassett, D. D. Awschalom. All-optical control of a solid-state spin using coherent dark states. Proceedings of the National Academy of Sciences, 2013; DOI: 10.1073/pnas.1305920110

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Source: http://feeds.sciencedaily.com/~r/sciencedaily/computers_math/information_technology/~3/sxm5-awfszI/130501145114.htm

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