Source: http://www.thehollywoodgossip.com/2013/05/amanda-bynes-clothing-line-actually-coming-soon/
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Friday, May 10, 2013
David Moyes leaving Everton to manage Man United
FILE - This is a April 22, 2012 file photo of Manchester United manager Sir Alex Ferguson, left, and Everton manager David Moyes during the Manchester United and Everton match at Old Trafford Manchester England . Everton said Thursday May 9, 2013 that its manager David Moyes is leaving the club at the end of the season and wants to replace Alex Ferguson at Manchester United. While United has not yet made an announcement on who will succeed Ferguson at Old Trafford, the statement from Everton clears the way for Moyes to be hired. (AP Photo/Martin Rickett/PA) UNITED KINGDOM OUT
FILE - This is a April 22, 2012 file photo of Manchester United manager Sir Alex Ferguson, left, and Everton manager David Moyes during the Manchester United and Everton match at Old Trafford Manchester England . Everton said Thursday May 9, 2013 that its manager David Moyes is leaving the club at the end of the season and wants to replace Alex Ferguson at Manchester United. While United has not yet made an announcement on who will succeed Ferguson at Old Trafford, the statement from Everton clears the way for Moyes to be hired. (AP Photo/Martin Rickett/PA) UNITED KINGDOM OUT
FILE - This is a Tuesday Feb. 26, 2013 file photo of Everton's manager David Moyes as he takes to the touchline before his team's English FA Cup fifth round replay soccer match against Oldham at Goodison Park Stadium, Liverpool, England. Everton said Thursday May 9, 2013 that its manager David Moyes is leaving the club at the end of the season and wants to replace Alex Ferguson at Manchester United. While United has not yet made an announcement on who will succeed Ferguson at Old Trafford, the statement from Everton clears the way for Moyes to be hired. (AP Photo/Jon Super, File)
FILE - This is a Saturday Oct. 29, 2011 file photo of Everton manager David Moyes as he looks on before their English Premier League soccer match against Manchester United at Goodison Park, Liverpool, England. Everton said Thursday May 9, 2013 that its manager David Moyes is leaving the club at the end of the season and wants to replace Alex Ferguson at Manchester United. While United has not yet made an announcement on who will succeed Ferguson at Old Trafford, the statement from Everton clears the way for Moyes to be hired. (AP Photo/Tim Hales, File)
A merchandise seller walks in front of a poster at Manchester United's Old Trafford Stadium, Manchester, England, Thursday May 9, 2013. It was announced on May 8 that long serving manager Alex Ferguson would soon be retiring after 26 years in charge at the club. (AP Photo/Jon Super)
In this Sunday May 5, 2013 photo, Manchester United's manager Sir Alex Ferguson walks from the pitch after his team's English Premier League soccer match against Chelsea at Old Trafford Stadium, Manchester, England. Ferguson will step down as Manchester United manager at the end of the season after 26 years in charge. (AP Photo/Jon Super)
MANCHESTER, England (AP) ? Manchester United has hired David Moyes to succeed Alex Ferguson as manager of the Premier League champions.
The club said Thursday he has agreed to a six-year deal and will take charge beginning July 1, marking the end of Ferguson's reign of nearly 27 years at Old Trafford. Ferguson announced his retirement plans Wednesday.
Everton confirmed earlier in the day that Moyes would be leaving and that he met with chairman Bill Kenwright to express his desire to join United.
Moyes has never won a major trophy in his coaching career but should help ensure a smooth transition between Scotsmen at United.
The 50-year-old Moyes has shown loyalty and staying power in his 11 years with Everton ? attributes that should suit him well in his next job. United is trying to avoid any radical changes to its structure after Ferguson joins the boardroom when the season ends.
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Thursday, May 9, 2013
World's most extreme hearing animal: The greater wax moth
May 8, 2013 ? Researchers at the University of Strathclyde have discovered that the greater wax moth is capable of sensing sound frequencies of up to 300 kHz ? the highest recorded frequency sensitivity of any animal in the natural world.
Humans are only capable of hearing sounds of 20kHz maximum, dropping to around 12-15 kHz as we age, and even dolphins, known exponents of ultrasound, can?t compete as their limitations are around 160 kHz.
The research, conducted at the University?s Centre for Ultrasonic Engineering, has identified the extraordinary sensory characteristics of the moth, paving the way for developments in air-couple ultrasound.
Dr James Windmill, who has led the research at Strathclyde, said: ?We are extremely surprised to find that the moth is capable of hearing sound frequencies at this level and we hope to use the findings to better understand air-coupled ultrasound.?
?The use of ultrasound in air is extremely difficult as such high frequency signals are quickly weakened in air. Other animals such as bats are known to use ultrasound to communicate and now it is clear that moths are capable of even more advanced use of sound.
?It?s not entirely clear how the moths have developed to be able to hear at such a high frequency, but it is possible that they have had to improve the communication between each other to avoid capture from their natural predator ? the bat ? which use similar sounds.?
The research findings will allow the Dr Windmill and his colleagues to further develop their understanding of ultrasound and how to transmit and receive ultrasonic pulses travelling in air.
With frequency sensitivity that is unparalleled in the animal kingdom, this moth is ready for any echolocation call adaptations made by the bat in the on-going bat?moth evolutionary war.
Dr Windmill?s multi-disciplinary research team is now working to apply the biological study of this, and other insect ears to the design of micro-scale acoustic systems. It is hoped that by studying the unprecedented capabilities of the moth?s ear, the team can produce new technological innovations, such as miniature microphones.
Source: http://feeds.sciencedaily.com/~r/sciencedaily/top_news/top_science/~3/ZJc4zH65a7Q/130508092830.htm
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Wednesday, May 8, 2013
World's most extreme hearing animal: The greater wax moth
May 8, 2013 ? Researchers at the University of Strathclyde have discovered that the greater wax moth is capable of sensing sound frequencies of up to 300 kHz ? the highest recorded frequency sensitivity of any animal in the natural world.
Humans are only capable of hearing sounds of 20kHz maximum, dropping to around 12-15 kHz as we age, and even dolphins, known exponents of ultrasound, can?t compete as their limitations are around 160 kHz.
The research, conducted at the University?s Centre for Ultrasonic Engineering, has identified the extraordinary sensory characteristics of the moth, paving the way for developments in air-couple ultrasound.
Dr James Windmill, who has led the research at Strathclyde, said: ?We are extremely surprised to find that the moth is capable of hearing sound frequencies at this level and we hope to use the findings to better understand air-coupled ultrasound.?
?The use of ultrasound in air is extremely difficult as such high frequency signals are quickly weakened in air. Other animals such as bats are known to use ultrasound to communicate and now it is clear that moths are capable of even more advanced use of sound.
?It?s not entirely clear how the moths have developed to be able to hear at such a high frequency, but it is possible that they have had to improve the communication between each other to avoid capture from their natural predator ? the bat ? which use similar sounds.?
The research findings will allow the Dr Windmill and his colleagues to further develop their understanding of ultrasound and how to transmit and receive ultrasonic pulses travelling in air.
With frequency sensitivity that is unparalleled in the animal kingdom, this moth is ready for any echolocation call adaptations made by the bat in the on-going bat?moth evolutionary war.
Dr Windmill?s multi-disciplinary research team is now working to apply the biological study of this, and other insect ears to the design of micro-scale acoustic systems. It is hoped that by studying the unprecedented capabilities of the moth?s ear, the team can produce new technological innovations, such as miniature microphones.
Source: http://feeds.sciencedaily.com/~r/sciencedaily/strange_science/~3/ZJc4zH65a7Q/130508092830.htm
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Sunday, May 5, 2013
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