Archive for university of glamorgan

Astronomers ‘crowdsource’ asteroid observations


The European Space Agency is teaming up with the UK’s Faulkes Telescope Project on space hazards research.

ESA’s Space Situational Awareness (SSA) programme looks for space hazards, including disruptive space weather, debris objects in Earth orbit and asteroids that pass close enough to cause concern.

Asteroids – known as ‘near-Earth objects’, or NEOs, since they cross Earth’s orbit – are a particular problem, as any attempt to survey and catalogue hazardous asteroids faces a number of difficulties.

They’re often jet black or at least very dark, they can approach rather too close before anyone sees them, and they’re often spotted only once and then disappear before the discovery can be confirmed.  

ESA is turning to amateur astronomers to ‘crowdsource’ observations as part of Europe’s contribution to the global asteroid hunt.

“The wider astronomy community offers a wealth of expertise and enthusiasm, and they have the time and patience to verify new sightings; this helps tremendously,” says Detlef Koschny, head of NEO activity at ESA’s SSA programme office.

“In return, we share observing time at ESA’s own Optical Ground Station in Tenerife and provide advice, support and professional validation. We’ll assist them in any way we can.”

These efforts will add to the follow-up observations already done at ESA’s own telescope on Tenerife in the Canary Islands.

This month, the UK’s Faulkes Telescope Project will become the latest team to formally support the SSA programme.

Spain’s La Sagra Sky Survey, operated by the Observatorio Astronomico de Mallorca, began helping SSA earlier this year.

The Faulkes Telescope Project runs both educational and research programmes, based at the University of Glamorgan in the UK.

The project has a strong record in public education and science outreach, and is a partner of the US-based Las Cumbres Observatory Global Telescope network, which owns and operates two telescopes.

“Our new cooperation with ESA is a great opportunity. Use of the 2 m-diameter telescopes in Hawaii and Siding Spring, Australia, will greatly enhance asteroid-spotting for the SSA programme, enabling fainter object detection and tracking from a global telescope network,” said Nick Howes, Pro-Am Programme Manager at the Faulkes Telescope.

“For European students, collaborating on exciting ESA activities and possibly detecting new NEOs is very appealing, as it’s engagement with one of the world’s great space agencies doing critical scientific work.”

ESA’s SSA programme is developing services and infrastructure to enable Europe to observe NEOs, predict their orbits, produce impact warnings and be involved in possible mitigation measures and civil response.

It will also provide services to monitor man-made debris objects in orbit that can pose hazards to satellites and to monitor the effects of space weather phenomena on space and ground assets.

Article source: http://eandt.theiet.org/news/2012/may/astronomer-asteroid.cfm

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Transit of Venus will give stargazers once in a lifetime astronomical event

Stargazers could glimpse a once-in-a-lifetime opportunity next month when the Universe dishes out one of its most spectacular displays.

On June 6, Venus will pass in front of the sun creating a distinct round black spot large enough to be seen by the naked eye.

The Transit of Venus is among the rarest of astronomical events and will not be seen for another 105 years.

Martin Griffiths, a senior lecturer in astronomy at the University of Glamorgan is keen to ensure that nobody lives to regret missing it.


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He said: “The entire transit will be visible from Australia and the Far East.

“Here in the UK, we will be able to observe the transit in the early morning.

“The sun will just be rising, at 4.57am to be precise, and the transit will already be in progress and moving towards its end.”

Only six transits of Venus are known to have been observed by humans before: in 1639, 1761, 1769, 1874, 1882 and, most recently, in 2004 making it rarer even than the return of Halley’s Comet, seen every 76 years.

The next transit will occur in the year 2117.

They occur in pairs of transits eight years apart separated by long gaps.

Observers in Britain will notice the planet as a black disc against the brilliant face of the sun, weather permitting. It will be visible against the sun for about 50 minutes.

Among those looking forward to the transit is TV weather presenter and keen amateur astronomer, Sian Lloyd.

She said: “We’ve got a telescope in the garden and I’m fascinated in aspects of astronomy, particularly the International Space Station (ISS) which has been visible recently.

“And, of course, we’ve just had the biggest full moon of the year, which I have been very excited about.

“The great thing about Wales is that we have natural dark skies so we are privileged enough to be able to see these spectacular things from our countryside.”

In the 18th century explorers including Captain Cook travelled the world to make precise measurements of the Transit of Venus, enabling the scientists of the day to calculate the distance between the sun and the earth.

The transit is also big news in the world of astrology, according to horoscope expert Jonathan Cainer.

“Venus is the traditional planet of love, prosperity, creativity and popularity and the implication of Venus revealing itself indicates that we are all about to make great discoveries about ourselves,” he said.

“Individually we’ll discover hidden talents and secret gifts and how to best use them. Collectively we’ll discover new gifts and ways of being.”

The University of Glamorgan is arranging a public lecture detailing this year’s astronomical highlight, during which Mr Griffiths will outline the history of transits of Venus and their importance.

But he warned: “People should never observe the sun with the naked eye or a telescope, camera or other optical device.

“You could seriously damage your eyesight by doing so and it can even lead to permanent blindness.

“To observe safely go along to an organised event or even construct or purchase a simple projection kit.”

The university will also be arranging an observing session to watch the phenomenon, taking place from 4am on June 6 at the top of Bwlch y Clawdd mountain between Nantymoel and Treorchy.

A spokesman said: “This elevation will provide a perfect north east horizon to observe the rising sun.

“It is an open session and all are welcome to come along and view this fantastic phenomenon.”

The public lecture takes place in the Aneurin Bevan building on the University of Glamorgan’s Glyntaff Campus at 7.30pm on May 31.

Article source: http://www.walesonline.co.uk/news/wales-news/2012/05/11/transit-of-venus-will-give-stargazers-once-in-a-lifetime-astronomical-event-91466-30950100/

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Star pupils: Glyncoed Comprehensive takes on the science of astronomy

LEARNING your times tables or the periodic elements isn’t always rocket science.

But for a few pupils in Blaenau Gwent, that’s exactly what they have made it – so they can learn more about the universe in school.

Glyncoed Comprehensive is taking lessons out of this world in an effort to introduce more schoolgirls to science and engineering subjects.

Its pupils have been taking astronomy classes during lunch hours and after school as part of their GCSE studies.


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To help with their coursework, they gained access to the Mauna Kea space telescopes at The Institute of Astronomy in Hawaii via the internet.

And more recently, they have also had their work published in the Schools Special Review journal published by the Association for Science Education, which examined how the subject has aided the curriculum at Glyncoed Comprehensive.

Maths and science teacher Mark Harris said the subject has received great feedback from the school’s pupils, some of whom have received A grades for their end of term examinations.

He said: “I was asked to find out how we could get more girls involved in “STEM” subjects – science, technology, engineering and maths – so I approached the University of Glamorgan to ask what they could do.”

Mark added: “For a couple of years now, they have been sending astronomy lecturers to our school to take part in practical and theory lessons and it has become so popular, they have expanded to Ebbw Vale Comprehensive too.

“Initially, it gave our pupils the opportunity to gain an extra GCSE grade but we have seen a lot more interest in our science and maths subjects, especially following shows like Stargazing, which featured recently on television.”

The course is broken up into two pieces of coursework with an exam at the end of term.

It covers four areas including the sun, planetary systems, stars, and galaxies and cosmology.

By using state-of-the-art telescopes in Hawaii and Australia, they were also able to see galaxies far, far away and nebulae in the night sky.

Sarah Roberts, astronomy lecturer at the University of Glamorgan working with Dark Sky Wales, said this is a great benefit to schoolchildren learning more about technology and physics.

“I think astronomy is an inspirational subject and something everyone is interested in,” she said.

“But a lot of people do not realise how much it involves technology, including maths and physics.

“Using tools on the other side of the world, the children are able to plan what the want to look at in space and how to present it in their work.”

Article source: http://www.walesonline.co.uk/news/south-wales-news/blaenau-gwent/2012/04/05/star-pupils-glyncoed-comprehensive-takes-on-the-science-of-astronomy-91466-30686380/

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Astronomy lecturer examines whether the star of Bethlehem really existed

In the run-up to Christmas, the famous nativity story will be re-told in hundreds of schools across the country.

Each year the age-old adage tells us how the star of Bethlehem, or the Christmas Star, guided the wise men to the stable where the Son of God had been born.

But now, Dr Paul Roche, senior lecturer in astronomy at the University of Glamorgan, is examining whether one of the most famous stars of all time actually existed at all.

Dr Roche, who is also the director of the Faulkes Telescope Project, said: “For centuries, people have sought an explanation for this mysterious guiding star. From a scientific point of view, a number of potential candidate events have been suggested as contenders for the star of Bethlehem – although few of them actually involve a star!


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“In order to try and examine what celestial event might have been considered of such great importance to astrologers at the time, we first need to establish the timescale during which the biblical events in Matthew and Luke may have occurred. This is where the problems begin, as pinning down even the year of Jesus’ birth a tricky issue. Most biblical scholars generally agree that sometime around the year 6BC is most likely, but estimates range from between 8BC and 1BC.

“So we are looking for a significant event, initially visible in the skies east of Judea, around this time. Over the years, people have suggested lunar eclipses and comets as potential explanations, but none of these really satisfy the criteria that would be considered so important by astrologers, or fit with the descriptions of the star in Matthew.

“We will probably never know exactly what it was that the magi saw in the sky – indeed we cannot even say for sure whether all of the events in some of the Gospels took place at all, or if they did, when they might have happened.

“But the evidence from modern astronomy, and our understanding of ancient astrology, suggests that planetary alignments involving Jupiter are currently the most likely candidates for the Christmas star – assuming it was not just an extra flourish added to Matthew’s nativity story at a later date!”

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Article source: http://www.walesonline.co.uk/news/wales-news/2011/12/15/astronomy-lecturer-examines-whether-the-star-of-bethlehem-really-existed-91466-29961129/

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Astronomy intern wins top award after discovering 22 new asteroids

Hannah BlythHannah Blyth found the new asteroids while on work experience (Picture: Wales News Service)

Hannah was using a remote controlled telescope at the University of Glamorgan’s Faulkes Telescope Project when she found the new asteroids about 500million km (300million miles) from Earth.

The 18-year-old was highly commended in the young star section of the Women of the Future Awards.

The student made the discovery using robotic telescopes in Australia and the Hawaiian island of Maui after being given co-ordinates for sky  between Jupiter and Mars.

Her discoveries were confirmed by experts and one of the asteroids could  be named in her honour.

The sixth annual awards recognise Britain’s most promising and inspirational women under 35 and were presented in London last night.

Among the winners was Hayley Gait-Golding, 29, who was named Entrepreneur of the Future. She sold her house to fund the creation of the healthy snack company BEAR Nibbles.

Also recognised was 22-year-old Zoe Jackson who created her own youth-led performing arts company to inspire young people.

Judges predicted it will be ‘pivotal in the performing arts industry very soon’.

Previous Women of the Future winners include beauty entrepreneur Thea Green, founder of Nails Inc and online retail supremo Holly Tucker of notonthehighstreet.com.

Article source: http://www.metro.co.uk/news/881974-astronomy-intern-wins-top-award-after-discovering-22-new-asteroids

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Astronomy Team Looking For Lost ‘Snoopy’ Module From Apollo 10

A team of amateur astronomers have teamed up with scientists at the University of Glamorgan to search for a Lunar Module known as “Snoopy” sent off during Apollo 10 in May 1969.

Snoopy was sent off in an orbit around the Sun, and it is still traveling through space somewhere.

The Faulkes Telescope team is working with other astronomers and schools to try and find Snoopy.

“The whole history of Apollo is remarkable and include some of the most inspiring scientific and explorative missions in history” Nick Howes, a U.K. amateur astronomer working on the project, said in a press release. “After the success of our recent asteroid detection project, where we regularly discovered extremely faint, fast-moving objects, we were considering what we could do next.”

Other attempts to find Snoopy have had no success, but the team is aware of the challenge and ready to give the search another go.

“To say it’s like finding a needle in a haystack is doing a disservice to the haystack,” Dr. Paul Roche, head of astronomy at Glamorgan University said in a press release. “Whilst there are records of the last known movements and orbital information for Snoopy, this is going back over 40 years.”

“The module has been affected by the gravity of the Sun, Earth and Moon for all that time, and all sorts of other factors mean we need to search a very big chunk of sky for this thing,” Roche added.

The project will attempt to post regular coordinate data which the teams will then examine on a daily basis.

“There will be a huge search field to examine, so this is not something which will happen overnight. It could take weeks, months, years – or we may possibly never find it,” Dr. Sarah Roberts, Education Director of the Faulkes Telescope Project at Glamorgan said in the press release. “But we’re going to try, and as a bonus, the areas we’ll be searching will hopefully throw up new asteroids, so there will be useful results whether we find Snoopy or not.”

The team will use NASA archives to determine the last known speed and direction of the module.  They said they are encouraged by the re-discovery of the Apollo 12 third stage rocket in 2002.

The team will also be working with Mike Loucks of “Space Exploration Engineering.”

“When I first heard about this project I was very intrigued. I did similar work in 2003 to investigate the trajectory of an Apollo 12 Saturn V rocket stage,” Loucks, who worked to reconstruct the Apollo 13 trajectory in 2000, said in a press release.

“Using the techniques from both of those cases, along with some advanced trajectory tools we use to fly real lunar missions; hopefully we can narrow down the search areas to something manageable and give the team a fighting chance of finding Snoopy.”

Image Caption: Ascent stage of Apollo 10 Lunar Module seen from Command module Description: The ascent stage of the Apollo 10 Lunar Module (LM) is photographed from the Command Module prior to docking in lunar orbit. The LM is approaching the Command and Service Modules from below. The LM descent stage had already been jettisoned. The lunar surface in the background is near, but beyond the eastern limb of the moon as viewed from earth (about 120 degrees east longitude). The red/blue diagonal line is the spacecraft window. ID: AS10-34-5112 Credit: NASA Johnson Space Center (NASA-JSC)

On the Net:

Article source: http://www.redorbit.com/news/space/1112391824/astronomy-team-looking-for-lost-snoopy-module-from-apollo-10/

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Asteroid spotter Hannah hopes for her name in the stars

Student Hannah Blyth was on a month-long work placementStudent Hannah Blyth was on a month-long work placement

A sixth-former who went on work experience to study astronomy and discovered two new asteroids is hoping to have one named after her.

Hannah Blyth was using a remote-controlled telescope to stare into the night sky when she helped spot 22 new asteroids between Mars and Jupiter.

Fellow stargazers hope one will be named “Hannahblyth” after scientists in America confirm the discoveries.

The 18-year-old from Castleton, near Newport, was “totally amazed”.

“It’s an honour that there’s a rock out there which may one day have my name on it,” she said.

“I felt elated when I realised what I was looking at it – it was beyond my wildest dreams.

Summer placement

Continue reading the main story

Start Quote

I’m very proud of the fact that I was part of something like that, I had a lot of fun”

End Quote
Hannah Blyth

“It’s totally mind blowing.”

Miss Blyth was on a summer placement with the Faulkes Telescope Project, based at the University of Glamorgan, when she made the discoveries using robotic telescopes in Australia and on the Hawaiian island of Maui.

She was given coordinates to study the sky between Jupiter and Mars which would then direct the telescopes to take photographs of them.

Other astronomers working on the project looked at her images and realised her discoveries

The images were sent to three asteroid experts, Nick Howes, Giovanni Sostero and Ernesto Guido, who confirmed the asteroids had never been seen before.

The finds have to be verified by the Minor Planet Centre at Harvard University in the United States.

Image showing Hannah Blyth's asteroid discoveriesImage showing Hannah Blyth’s asteroid discoveries

“I was not really expecting to be involved with the asteroids never mind finding new ones,” Miss Blyth added.

“It was an extremely exciting moment when we discovered the asteroids, and something to remember.

“I’m very proud of the fact that I was part of something like that, I had a lot of fun.”

‘Highly unusual’

Miss Blyth was encouraged by her biology teacher at St John’s College in Cardiff to go on the month-long placement.

The University of Glamorgan said that it was “highly unusual” for an amateur to discover such phenomena on their own, and “even more remarkable” for someone still at school.

Continue reading the main story

Start Quote

Most amateurs may see one or two of these in their lives so to be involved in spotting 22 while on work experience is fantastic”

End Quote
Dr Paul Roche
University of Glamorgan

Dr Paul Roche, head of astronomy at the university, said: “We decided to squeeze this project in to the normally quiet summer months when the telescopes are not being used and it has been an amazing success.

“We had hoped to find maybe one or two new asteroids but Hannah and the team have discovered 22 brand new asteroids which have never been seen before by anybody.

“These are lumps of rocks the size of buildings that are millions of kilometres away.

“They are dark grey against a black background, so very hard to find.

“Hannah is very lucky. Most amateurs may discover one or two of these in their lives so to be involved in spotting 22 while on work experience is fantastic.”

Article source: http://www.bbc.co.uk/news/uk-wales-south-east-wales-14721059

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Asteroid named Hannahblyth after Cardiff student’s find

Student Hannah Blyth was on a month-long work placementStudent Hannah Blyth was on a month-long work placement

A sixth-former who went on work experience to study astronomy and discovered a new asteroid, is to have it named after her.

Hannah Blyth was using a remote-controlled telescope to stare into the night sky when she spotted 22 new asteroids more than 300m miles away.

One will be named “Hannahblyth” after scientists in America confirmed her discovery.

The 18-year-old from Castleton, near Newport, was “totally amazed”.

“It’s an honour that there’s a rock out there with my name on it,” she said.

“I felt elated when I realised what I was looking at it – it was beyond my wildest dreams.

Summer placement

Continue reading the main story

Start Quote

I’m very proud of the fact that I was part of something like that, I had a lot of fun”

End Quote
Hannah Blyth

“It’s totally mind blowing.”

Miss Blyth was on a summer placement with the Faulkes Telescope Project, based at the University of Glamorgan, when she made the spot using robotic telescopes in Australia and on the Hawaiian island of Maui.

She was given co-ordinates to study the sky between Jupiter and Mars which would then direct the telescopes to take photographs of them.

Other astronomers working on the project looked at her images and realised her discovery.

The images were sent to two of the world’s leading asteroid experts, Giovanni Sostero and Ernesto Guido, who confirmed the asteroids had never been seen before.

The finds were verified by the Minor Planet Centre at Harvard University in the United States who have officially named one of the asteroids after the student.

Image showing Hannah Blyth's asteroid discovery Image showing Hannah Blyth’s asteroid discovery

“I was not really expecting to be involved with the asteroids never mind finding new ones,” Miss Blyth added.

“It was an extremely exciting moment when we discovered the asteroids, and something to remember.

“I’m very proud of the fact that I was part of something like that, I had a lot of fun.”

‘Highly unusual’

Miss Blyth was encouraged by her biology teacher at St John’s College in Cardiff to go on the month-long placement.

The University of Glamorgan said that it was “highly unusual” for an amateur to discover such phenomena on their own, and “even more remarkable” for someone still at school.

Continue reading the main story

Start Quote

Most amateurs may see one or two of these in their lives so to be involved in spotting 22 while on work experience is fantastic”

End Quote
Dr Paul Roche
University of Glamorgan

Dr Paul Roche, head of astronomy at the university, said: “We decided to squeeze this project in to the normally quiet summer months when the telescopes are not being used and it has been an amazing success.

“We had hoped to find maybe one or two new asteroids but Hannah and the team have discovered 22 brand new asteroids which have never been seen before by anybody.

“These are lumps of rocks the size of buildings that are millions of kilometres away.

“They are dark grey against a black background and although they are large in human terms they are tiny in terms of the galaxy.

“Hannah is very lucky. Most amateurs may see one or two of these in their lives so to be involved in spotting 22 while on work experience is fantastic.”

Article source: http://www.bbc.co.uk/news/uk-wales-south-east-wales-14721059

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