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- P1 - Pre-Launch
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- Prog's Champions
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- Selection Process
- The 2nd Angkasawan
- The Experience
- The Experiments
- The ISS
- The Prog. - Future
- The Prog. - General
- Training Updates
- Var. Formal Appear'ce
- Well-wishes
DR SHEIKH MUSZAPHAR SHUKOR & THE ANGKASAWAN PROGRAMME

A Compilation of News, Updates & Press Releases

DISCLAIMER: This is an independent non-profit website. This website neither advertises nor is promoted by any of the media sites mentioned herein. Views expressed in the individual articles are those of their respective writers/journalists/media sites and not of the owner of this website, unless otherwise stated. This collection serves as a repository for future reference only. All articles and images remain the property of their original sources.

Saturday, 29 September 2007
DZULKIFLI ABDUL RAZAK: ANGKASAWAN LIFTING MALAYSIAN DREAMS
Topic: - Editorials (Tributes)

Dr Sheikh Muszaphar Shukor Sheikh Mustapha, 35, is in the first team for the Oct 10 mission. Captain Dr Faiz Khaleed, 27, is the other Malaysian on standby.

IN the 1960s, President John F. Kennedy poured millions of dollars into funding a space programme to land the first man on the Moon by 1970.

In his famous words: "I believe that this nation should commit itself to achieving the goal, before this decade is out, of landing a man on the Moon and returning him safely to Earth."

It was the Cold War and the Soviet Union, which launched its first satellite, the Sputnik, into space in 1957, and the United States were involved in an intense space race.

And the world followed closely the proxy race between the two nations to prove scientific superiority and military might.

The Soviet Union seemed to be ahead, and Yuri Gagarin became the first human in space and the first to orbit the Earth in April 1961.

But on July 21, 1969, Neil Armstrong became the first man to set foot on the lunar surface in the Sea of Tranquility, and his immortal words were:

"That's one small step for man, one giant leap for mankind."

An estimated 450 million global audience heard it live, indirectly declaring the US as the clear winner in the exploration of space.

The lunar landing was such an unusual feat that this great moment in science was doubted by sceptics. Some even called it a hoax, claiming that the National Aeronautics and Space Administration had faked the entire Apollo Moon project by filming it in a movie studio.

According to a 1995 Time Poll and a 1999 Gallop Poll, about six per cent of Americans did not believe that astronauts had walked on the Moon.

The moon walk ignited the interest of other nations in space exploration.

To quote Kennedy again: "...the dramatic achievements in space which occurred in recent weeks should have made clear to us all, as did the Sputnik in 1957, the impact of this adventure on the minds of men everywhere..."

So, too, is the case for Malaysia.

Quite aptly, after 50 years of independence, the country is to witness the blastoff of its first angkasawan to the International Space Station on Oct 10.

Two Malaysian astronauts are now at the Baikonur Cosmodrome in Kazakhstan to undergo final training before the launch.

The prime minister had said Malaysia is very proud that the Main Crew Commissioning Board has acknowledged that both the Malaysian astronaut candidates have passed with distinction and are qualified to represent the country in its first mission to space.

"This means that the country has two candidates who can join a space mission at any time when needed and have been accorded recognition by an international astronaut training body," Bernama quoted the prime minister on Sept 24.

The programme to send a Malaysian into space was conceived in 2003 when Russia (one of the republics of the former Soviet Union) agreed to send a Malaysian to the International Space Station as part of Malaysia's RM3.4 billion purchase of 18 Russian-made Sukhoi 30-MKM jet fighters.

However, unlike the space race of before which was an extension of the Cold War, today many nations are jointly involved in space projects, like the International Space Station.

What had started as an intense competition during the Cold War is today seen as partnership, and enmity has been replaced with friendship.

This mirrors very much what Malaysia hopes to achieve, namely firing the minds of even more of its citizens towards peace, while catapulting them into an imaginative orbit of their own.

Jim Burke, a retired Nasa expert working at the International Space University at Strasbourg, France, recently floated the idea of a "space-age Noah's Ark". This idea seeks to have backups of Earth's biological heritage and diversity in a permanently manned lunar facility.

In the event of a global catastrophe, the Ark will serve to reintroduce lost technology, art, history, crops, livestock and, if necessary, even human beings to Earth, according to a report in National Geographic News (Aug 14).

This is not such a far-fetched idea considering that famed scientist Stephen Hawking had warned that life on Earth could soon be wiped out by global warming or nuclear war.

"It is important for the human race to spread out into space for survival of the species," Time (June 26, 2006) cited him as saying.

In this regard, scientists hope to establish a massive library of human civilisation on the moon to protect against the wholesale loss of human achievement in the event that humankind is wiped out on Earth following a cataclysmic chaos.

After all, in the words of the 1937 Nobel Prize winner in Medicine, Albert Szent-Gyorgyi: "The Apollo flights demand that the word 'impossible' be struck from the scientific dictionary. They are the greatest encouragement for the human spirit."
.

 

Source: The New Straits Times Online


Posted by site editor at 12:01 AM JST
Friday, 28 September 2007
IS HE OR IS HE NOT AN ASTRONAUT
Topic: - Astronaut/Tourist?

Sheikh Muszaphar Shukor (front right) with the five astronauts (front from left) cosmonaut Yuri Malenchenko, astronaut Peggy Whitson, (back row from left) European Space Agency (ESA) astronaut Léopold Eyharts, astronaut Garrett Resiman and astronaut Dan Tani.
KUALA LUMPUR: Just weeks before the first Malaysian blasts off into space a curious controversy has arisen over, of all things his job title.

Like all International Space Station (ISS) expedition members, Dr Sheikh Muszaphar Shukor's photograph was posted on Nasa's official website. While he looks as handsome as ever in the picture taken at the Johnson Space Centre in Texas, what has upset many Malaysians is his designation.

The Internet has been buzzing, with email flying back and forth, that instead of calling him an astronaut Nasa referred to him as Malaysian "space flight participant", a term reserved for space tourists.

"It was kind of disappointing that Nasa didn't call him an astronaut. He's been through all kinds of tests for so long. Why isn't he recognised as a proper astronaut?" asked Nur Alifah Mohamad Naba, 25.

The photograph of the Expedition 16 crew members shows Sheikh Muszaphar posing with Russia's Federal Space Agency cosmonaut Yuri Malenchenko, astronaut Peggy Whitson, European Space Agency (ESA) astronaut Léopold Eyharts, astronaut Garrett Reisman and astronaut Dan Tani.

Only Sheikh Muszaphar was not referred to as an astronaut or a cosmonaut. This has led to some confusion over what the designation of our Malaysian space traveller actually is.

American space tourists Dennis Tito, Gregory Olsen and Charles Simonyi, who all paid for their trips into space, were called space flight participants, as were South African Mark Shuttleworth and Iranian Anousheh Ansari.

According to the American Heritage Dictionary of the English Language, an astronaut or cosmonaut "is a person trained by a human space flight programme to command, pilot, or serve as a spacecraft crewman".

Both Malaysian candidates received training for space flight in Russia, but it is unclear whether they received the same training as the Russian cosmonauts.

Sheikh Muszaphar will blast off on Oct 10 from the Baikonur Cosmodrome in Kazakhstan. The Soyuz spacecraft will dock with the ISS on Oct 12.

While the rest of his teammates on Expedition 16 are slated to remain there until spring next year, he will spend only 10 days there - returning with members of an earlier expedition.

Meanwhile, Science, Technology and Innovation Minister Datuk Seri Dr Jamaluddin Jarjis said titles were of little significance compared with the trip to space.

"Let NASA give him whatever title they want.

What is important is that Russia recognises him as a cosmonaut," he said at a buka puasa event organised by his ministry at the Putra World Trade Centre.

 

Source: The New Straits Times Online


Posted by site editor at 12:01 AM JST
EXPEDITION 16 CREW TO LAUNCH ON OCTOBER 10 FROM BAIKONUR
Topic: - P1 - Pre-Launch

Commander Peggy Whitson and Cosmonaut Yuri Malenchenko of the 16th International Space Station crew are scheduled to launch from the Baikonur Cosmodrome in Kazakhstan at about 14:21 UT (10:21 a.m. EDT) on October 10, to begin a six-month stay in space. With them will be spaceflight participant Sheikh Muszaphar Shukor. He is a Malaysian flying under contract with the Russian Federal Space Agency.

He will return to Earth with Expedition 15 crew members, Commander Fyodor Yurchikhin and Flight Engineer Oleg Kotov, on October 21. Expedition 15 launched to the station last April 7. Expedition 16's Soyuz TMA-11 spacecraft is scheduled to dock at the station a little after 15:47 UT (11:47 a.m. EDT) on Friday, October 12.

Expedition 16 crew members will be welcomed by the Expedition 15 crew, including astronaut Clay Anderson, the third Expedition 15 crew member. He launched to the station aboard the STS-118 mission of Endeavour Aug. 8. He joined Expedition 15 in progress and will provide Expedition 16 with an experienced flight engineer for the first few days of its increment.

Whitson, 47, is on her second mission to the station. She served as a flight engineer on the Expedition 5 crew, launching June 5, 2002, and returning to Earth Dec. 7, after almost 185 days in space. She holds a Ph.D. in biochemistry from Rice University in Houston. She began working for NASA as a research biochemist in 1989 and was selected as an astronaut in 1996.

Malenchenko, 45, a Russian Air Force colonel, is making his third long-duration spaceflight. He spent 126 days aboard the Russian space station Mir beginning July 1, 1994, and commanded the two-person station crew on Expedition 7, spending 185 days in space beginning April 26, 2006. He also was a member of the STS-106 crew of Atlantis on an almost-12-day mission to the station beginning Sept. 8, 2000. He is a graduate of the Kharkov Military Aviation School and the Zhukovsky Air Force Engineering Academy.

Anderson, 48, holds a master's degree in aerospace engineering from Iowa State University. He was selected as an astronaut in 1998. This is his first spaceflight.

Astronaut Daniel Tani is scheduled to launch aboard the STS-120 flight of Discovery to replace Anderson as a flight engineer during Expedition 16. Tani, 46, holds a master's degree in mechanical engineering from Massachusetts Institute of Technology. He was selected as an astronaut in 1996 and flew on Endeavour's STS-108 mission in December 2001. He will be making his second spaceflight.

Two Expedition 17 crew members are expected to arrive next spring to replace Whitson and Malenchenko.

 

Source: Space and Astronautic News


Posted by site editor at 12:01 AM JST
Thursday, 27 September 2007
SPACE STATION CREW TAKES SHORT SOYUZ TRIP
Topic: - P1 - Pre-Launch

Three astronauts living aboard the International Space Station (ISS) took a short trip Thursday to move their Russian-built lifeboat to a new parking spot.

ISS Expedition 15 commander Fyodor Yurchikhin and flight engineers Oleg Kotov and Clayton Anderson spent only 20 minutes flying their Soyuz TMA-10 spacecraft between docking ports, but the successful move primed the station for the October arrival of its next crew.

"Nice work," Anderson told Kotov, who commanded the brief Soyuz flight, after the orbital hop.

The short Soyuz spaceflight clears the space station's Earth-facing Zarya docking port to receive a new Russian spaceship on Oct. 12. That spacecraft, Soyuz TMA-11, will ferry the station's new Expedition 16 crew and Sheikh Muszaphar Shukor - Malaysia's first astronaut - to the ISS after an Oct. 10 launch from Baikonur Cosmodrome in Kazakhstan.

Kotov undocked the 24-foot (7.3-meter) long Soyuz TMA-10 from its Zarya berth at 3:27 p.m. EDT (1937 GMT) as the two spacecraft passed high above the southeast Pacific Ocean. He deftly piloted the eight-ton Soyuz along a graceful arc to the station's aft-mounted docking port on the end of the Russian-built Zvezda service module.

The two spacecraft reconnected at 3:47 p.m. EDT (1947 GMT) as they flew 211 miles (339 kilometers) above western Africa.

"Congratulations," radioed Russia's Mission Control Center, located just outside Moscow, after the successful docking.

Long hours ahead

But the Expedition 15 astronauts still have a long way to go before completing what will ultimately be a 21-hour work day.

The spaceflyers are expected to reenter the station at about 6:55 p.m. EDT (2255 GMT) tonight, then reopen hatches between the outpost's modules and power up its space toilet, life support and other systems. The Expedition 15 astronauts closed the hatches and powered down some systems as a precaution against the chance that their Soyuz spacecraft would not be able redock with the ISS, forcing the crew to return to Earth early, NASA said.

Yurchikhin and his crew are not expected to completely reactivate the space station until about 8:55 p.m. EDT (0055 Sept. 28 GMT). After taking time out for dinner and other activities, the Expedition 15 crew will go to sleep at 2:00 a.m. EDT (0600 GMT) early Friday, NASA said.

Space station mission managers have given the crew some time off Friday and a relaxed weekend schedule to allow time for rest, NASA said.

Yurchikhin and Kotov are nearing the end of a six-month tour aboard the ISS. They will hand over control of the station to Expedition 16 commander Peggy Whitson, of NASA, and flight engineer Yuri Malenchenko, of Russia, before returning to Earth with Shukor on Oct. 21. Anderson will stay aboard to join the Expedition 16 crew for the first few weeks of its six-month mission.

As the ISS astronauts complete their Soyuz relocation tasks in Earth orbit, Russian flight controllers are preparing for the Friday morning retraction of two older solar arrays reaching out from the station's Zarya module.

Retracting the solar arrays will provide clearance for a set of ISS radiators that will be unfurled later this year, mission managers have said.

 

Source: Space.com


Posted by site editor at 12:01 AM JST
SAUDI CROWN PRINCE CONGRATS MALAYSIAN ASTRONAUTS
Topic: - Well-wishes

KUALA LUMPUR: The Crown Prince of Saudi Arabia, Prince Sultan bin Salman bin Abdulaziz Al Saud, has congratulated Malaysia's first two astronauts.

He conveyed his congratulations to Dr Sheikh Muszaphar Shukor and Kapt Dr Faiz Khaleed through Malaysian Ambassador to Saudi Arabia Datuk Dr Ismail Ibrahim.

On behalf of the Saudis, the prince also extended his congratulations to Prime Minister Datuk Seri Abdullah Ahmad Badawi and his predecessor, Tun Dr Mahathir Mohamad, on this proud and historical occasion for Muslims worldwide, the envoy said in a statement today.

Ismail said Malaysia's success in sending the astronauts to space would add more pride in the eyes of Saudi citizens who considered Malaysia as a modern and dynamic Islamic country.

Dr Sheikh Muszaphar, 35, and Dr Faiz, 27, chosen from 11,275 candidates, passed the final assessment with distinction and were qualified to represent Malaysia for the mission.

Dr Sheikh Muszaphar, a doctor with Universiti Kebangsaan Malaysia Hospital in Cheras, has been selected to join the first crew for the Soyuz 15-S mission along with Russian Yuri Malechenko and Peggy Whitson of the United States.

Dr Faiz, a dentist with the Malaysian Armed Forces, will be part of the second crew with Russian Sharizan Sharipov and American Michael Fincke.

The mission is scheduled for launching at the Baikonur Cosmodrome in Kazakhstan at 9.21pm (Malaysian time) on Oct 10.

The Malaysian astronaut is expected to conduct scientific research on cancer cells in space to study the effect of a weightless environment on the cells aboard the International Space Station
.

 

Source: Bernama Online


Posted by site editor at 12:01 AM JST
Wednesday, 26 September 2007
PART 2 - LIFE IN THE LAST FRONTIER
Topic: - 6-Part Round-up

Fancy living and working on the 134,110th floor? Higher than the tallest penthouse on Earth, with a 360° panoramic view? Prime real estate doesn't come any more exclusive and expensive than this.

The Skylab
HUMANKIND has not conquered space. To paraphrase Julius Caesar, the first wave of spacefarers has merely managed to veni (came) and vidi (saw).  

The current generation may be a step closer to vici (conquered) but, really, all that we have achieved is a tenuous toehold, probably less secure than a rock climber's single fingertip in a crack. 

Aside from the six Apollo missions (11, 12, 14, 15, 16 and 17) that landed on the moon, most of the men and women who went into space in the 20th century did not even stop for a coffee break, much less conquer, outer space.  

That's not to say these were easy or risk-free sightseeing trips. Unlike the missed flights, misplaced luggage or pickpockets that bedevil terrestrial tourists, space mishaps usually have grave consequences.  

To date, 18 people have died in space flight accidents, a further 11 astronauts have died in training mishaps, and launchpad accidents have killed at least 70 ground personnel. 

The hazards of space exploration are, perhaps, best summed up (albeit in fiction) by Rockhound, Steve Buscemi's character in Armageddon, who aptly put things in perspective with: " … we're sitting on four million pounds of fuel … and a thing that has 200,000 moving parts built by the lowest bidder. Makes you feel good, doesn't it?" 

But the second wave has edged that bit closer to colonising space. Humankind is in space to stay. The fierce one-upmanship of the Cold War space race has given way to global co-operation on an unprecedented scale, culminating in the International Space Station (ISS). 

The Soviet Union were early pioneers with the Salyut programme, a series of nine single-module space stations launched from 1971 to 1982.  

The Americans were not far behind with Skylab, launched in 1973, and the Spacelab series that were carried aloft in the space shuttles. 

Salyut was a platform for scientists to study the problems of living in space and develop solutions that would pave the way for more ambitious stations such as Mir (Russian for "peace" or “world”) and, ultimately, the ISS. 

Among the challenges that had to be tackled were the difficulties of operating in zero gravity. Human physiology has not evolved to operate in vacuum or weightless environment.  

 

The space shuttle Atlantis undocking from Mir.
The vacuum problem was easy enough to solve but weightlessness still poses challenges. Humans tend to lose muscle and bone mass after long periods in space. 

Mir was the first consistently inhabited long-term research station in space. Conceived as a modular design with various components to be assembled over a number of years from 1986 to 1996, it pioneered construction techniques that have made the ISS possible. 

Mir was continuously occupied for nearly 10 years, until it was brought down from orbit on March 23, 2001, breaking apart during atmospheric re-entry over the Pacific Ocean.  

Aside from groundbreaking technology, Mir lived up to its name by opening up a new era of peaceful international collaboration that gave opportunities to cosmonauts and astronauts from many different countries to experience life in space. 

Space Condo 

The greatest scientists and engineers from 16 nations have combined forces to build the first really sustainable community off the planet’s surface. 

Orbiting at an average altitude of 250 statute miles (402km), it's like being in the penthouse of a condo with 134,110 floors, each storey being the standard 3m high.  

The station can be seen from Earth with the naked eye. It travels at an average speed of 27,744km/h, completing 15.7 orbits per day. 

The completed International Space Station will have a mass of about 471,736kg. It will measure 108m across and 88m long, with over 4,000 square metres of solar panels to provide electrical power to six state-of-the-art laboratories. 

The cost of the ISS, including development, assembly and running costs over a period of at least 10 years, is estimated at 100bil euros (RM480bil).  

It has a pressurised, inhabitable space of about 386 cubic metres. Translated into a typical condo unit down here with an average ceiling height of 3m or 10ft, you'll get a floor area of 1,363 sq ft (125 sq m). For RM352.2mil per sq ft, you don't even get a swimming pool! Are prices for living space in space out of this world or what? 

That's not even counting the costs of the earlier space stations that helped develop the technology which has made the ISS possible.  

One of the main goals of the ISS is to conduct scientific experiments that require one or more of the unusual conditions that can only be found out in space.  

The main fields of research include biology (including biomedical research and biotechnology), physics, astronomy (including cosmology), and meteorology.  

Up to this year, most of the studies have been on the long-term effects of micro-gravity on humans. The goal is to improve understanding of the effects of extended near-weightlessness on the human body.  

Subjects such as muscle atrophy, bone loss, and fluid shifts need to be understood before humans can embark on lengthy space voyages and the next phase of space colonisation.  

The effect of near-weightlessness on evolution, development and growth, and the internal processes of plants and animals are also studied.  

When four new research modules are installed by 2010, more specialised research is expected to begin. 

While the view is great and the crime rate is really low, there are risks. Apart from cosmic hazards such as radiation, solar storms, flares, etc, there is a very real threat from space junk. 

There are "8,927 man-made objects officially tracked, 4 million pounds (nearly 2,000 tonnes) of stuff" in total, an estimated 110,000 objects 1cm and larger (http://www.space.com/spacewatch/space_junk.html), Some of the bits and pieces speed along at 28,000km/h, which is over nine times faster than a modern large-calibre sniper rifle bullet (854m/s or 3,000km/h).  

Domino's can't deliver, you can't just call a radio cab, and the nearest 7-11 is over 400km away.

 

Source: The Star Online


Posted by site editor at 12:01 AM JST
Tuesday, 25 September 2007
PROUD PARENTS HIS BIGGEST FANS
Topic: - Other Reports

Datuk Sheikh Mustapha Shukor and his wife, Datin Zuraida Sheikh Ahmad are overjoyed with their son's achievements.
KUALA LUMPUR: Astronaut Dr Sheikh Muszaphar Shukor Sheikh Mustapha has gained many fans over the last few months, from little boys who aspire to travel in space to starry-eyed young girls who are wild over his good looks.

But his biggest fans remain his parents, Datuk Sheikh Mustapha Shukor, 71, and Datin Zuraida Sheikh Ahmad, 61, who are beaming with joy over their son's achievements.

Never once doubting that his son would eventually be chosen over the thousands of other candidates, Sheikh Mustapha even wrote a book, The First Malaysian Astronaut - My Son.

"We just kept on praying for him. I told him, don't think of failure, you will be the first astronaut, and I asked him to believe this," he said.

Sheikh Mustapha is a housing developer while his wife is a housewife.

Dr Sheikh Muszaphar, 35, is close to his four brothers. Of his brothers, Sheikh Ahmad, 37, is a lawyer, Sheikh Taufik, 36, and Sheikh Arwiz, 29, are accountants, while Sheikh Mustapha, 32, is an engineer.

On the other astronaut, Capt Dr Faiz Khaleed, Sheikh Mustapha said his son thought of him as a younger brother as the two had grown close after several months of training.

Sheikh Mustapha said this was not strange as Dr Sheikh Muszaphar had asked two of his brothers, the eldest and youngest, to join him in applying when he first heard about the programme.

The trio advanced to the last field of 100 candidates but only Dr Sheikh Muszaphar lasted till the end.

Sheikh Mustapha said his son had always been a leader even from his primary school days, among others being class monitor and school prefect.

He was also active in extra- curricular activities, participating in debate and story-telling competitions. He also emerged champion in a Negri Sembilan state-level swimming tournament.

Sheikh Mustapha said his son was a big fan of Star Trek movies when he was younger and loved reading about space travel.

"One of his favourite books was 'Kenapa? Mengapa' which centred on astronauts and he was inspired by the first man in space, Yuri Gagarin."

On finding a partner for his still single son, the father said with a laugh: "I told him I would be very happy if he met a Russian girl during training and settled down."

He said his son's dream was to join a long-term space programme which would open up more opportunities for space travel.

Both parents were excited about going to Russia for the launch.

For Zuraida, it is an opportunity to be with her son before he leaves. "I am a little afraid, which mother wouldn't be? But he's doing this for the country and I am very proud."

 

Source: Local News @ The New Straits Times Online


Posted by site editor at 12:01 AM JST
RACE TO BE MALAYSIA'S FIRST MAN IN SPACE: BOTH QUALIFY, BUT...
Topic: - Abt the Final 2

Dr Sheikh Muszaphar Shukor (left) and his counterparts Russian Federation's cosmonaut Yuri Malenchenko (centre) and American astronaut Peggy Whitson who will leave for their space mission on Oct 10.
PUTRAJAYA: Dr Sheikh Muszaphar Shukor Sheikh Mustapha, 35, is almost certain to be the first Malaysian in space.

Prime Minister Datuk Seri Abdullah Ahmad Badawi, in making the much anticipated announcement of who between the two Malaysian candidates would join the Soyuz 15-S mission to the International Space Station, said Dr Sheikh Muszaphar was chosen as part of the first crew while Captain Dr Faiz Khaleed, 27, would join the second crew.

However, he said any last minute changes in the selection of candidates would be decided by Russia in the best interest of the mission.

Abdullah said the government was proud of the work done by the Main Crew Commissioning Board to pass both candidates with flying colours, making them eligible for the space mission.

"This means that the nation has produced two Malaysians who can at any time be sent into space when they are needed."

Abdullah at a press conference, telecast live from his office here, said other than Dr Sheikh Muszaphar, the first crew comprised Russian Yuri Malechenko and American Peggy Whitson.

Dr Faiz's mates in the second crew are Russian Shari-zan Sharipov and American Michael Fincke.

As both had qualified for the mission, the two Malaysians will be at the Baikonur Cosmodrome in Kazakhstan, from Friday to undergo final training before the launch at 9.21pm (Malaysian time) on Oct 10.

The space crew will spend about 10 days at the International Space Station, 402km from Earth.

Abdullah said the selection was on the recommendation of the selection committee, chaired by Tun Hanif Omar, based on a meeting of the working committee of the Russian Intergovernmental Board and the final assessment report on the preparation of the Soyuz 15-S mission by the Russian space agency.

The programme to send a Malaysian into space was conceived in 2003 when Russia agreed to it as part of Malaysia's RM3.4 billion purchase of 18 Russian-made Sukhoi 30-MKM jet fighters.

The two potential astronauts were chosen from 11,275 candidates screened by the Malaysian National Space Agency since 2003.

The Malaysian selected is expected to conduct scientific research on the effect of weightlessness on cancer cells in space.

Meanwhile, Science, Technology and Innovation Minister Datuk Seri Dr Jamaludin Jarjis said anything could happen at the 11th hour that could result in a change of crew for the mission.

"Remember, the first man in space, Yuri Gagarin, was not the first choice but was chosen at the last minute because the primary choice came down with measles.

"In this mission, if any one of the crew members cannot make it, the whole crew will have to be pulled out," he said, adding that the final decision on the crew would be determined by the Russian mission director later.

He said the government planned to telecast the launch live over all local television stations.

Dr Sheikh Muszaphar and Dr Faiz, undergoing a 12-month training at the Yuri Gagarin Aerospace Training Centre at Star City in Moscow, would be informed of the announcement.

This will also be the first time that a Muslim astronaut is expected to fast in outer space as the mission coincides with Ramadan
.

 

Source: The New Straits Times Online


Posted by site editor at 12:01 AM JST
MUSZAPHAR IS THE FIRST CHOICE
Topic: - Selection Process

PUTRAJAYA: Dr Sheikh Muszaphar Shukor looks increasingly likely to be the first Malaysian in space. 

The 35-year-old Universiti Kebangsaan Malaysia Hospital (HUKM) medical officer has been named in the primary crew for the Russian Soyuz 15-S mission, which is scheduled for launch from the Baikonur Cosmodrome in Kazakhstan on Oct 10. 

His two other crewmembers are Russian cosmonaut Yuri Malenchencko and American Peggy Whitson, the first female commander of the International Space Station (ISS).

AWAITED MOMENT: Abdullah announcing the person chosen to be the Angkasawan at the Prime Minister's office in Putrajaya yesterday. With him are selection panel chief Tun Haniff Omar (centre) and Science, Technology and Innovation Minister Datuk Seri Jamaluddn Jarjis.
The other Malaysian in training, 27-year-old Armed Forces dental surgeon Kapt Dr Faiz Khaleed has been named in the secondary crew together with American astronaut Michael Fincke and Russia's Sharizan Sharipov. 

However, Dr Muszaphar is not absolutely certain to be the on the space flight. The decision on which of the two Malaysians will be in the final crew will be decided by the Russians at the last minute. 

Prime Minister Datuk Seri Abdullah Ahmad Badawi, in announcing this, said the Government was proud that both the Angkasawan candidates passed the training with flying colours. 

"The country has successfully produced two individuals who can participate in space missions at any time when they are needed, and the Government is proud that the Main Crew Commissioning Board has also acknowledged their success."

GOOD TO GO: Dr Muszaphar giving the thumbs-up at the Star City Cosmonaut Training Centre outside Moscow on Sept. 18 - REUTERS
"On behalf of the Government and all Malaysians, I wish them both all the best. I pray that the mission will be a safe one and a success," he said at a press conference to announce the Malaysian astronaut yesterday. 

Dr Sheikh Muszaphar and Kapt Dr Faiz will leave for Baikonur on Friday to undergo final preparations. 

The plan to send a Malaysian to space was conceived in 2003, when Russia agreed to send a Malaysian to the ISS as part of the RM3.4bil purchase of 18 Russian-made Sukhoi 30-MKM jet fighters.

The Malaysian astronaut will be carrying out experiments on board the ISS related to the growth and characteristics of liver cancer and leukaemia cells, and microbes in space, and the crystallisation of various proteins. 

Since he will also be in space during Hari Raya Aidilfitri, the Malaysian astronaut will also be taking along some local delicacies such as rendang to the ISS, where besides carrying out food tests, he will also be sharing Malaysians’ favourite dishes with the rest of the crew. 

Since Russian Yuri Gagarin became the first man in space in 1961, many have followed suit. 

Malaysia joins a long list of countries to have sent their citizens to outer space.

 

Source: The Star Online


Posted by site editor at 12:01 AM JST
Monday, 24 September 2007
DR SHEIKH MUSZAPHAR IS OUR ASTRONAUT
Topic: - Selection Process

PM Abdullah Ahmad Badawi announces the country's first astronaut at his office in Putrajaya, Monday. - AP

PUTRAJAYA: Malaysia's astronaut candidates Dr Sheikh Muszaphar Shukor and Kapt Dr Faiz Khaleed have passed their training programme successfully and have qualified to become astronauts. Both the medical officer and army dental surgeon are equally eligible to be sent to space on Oct 10, but if all goes according to plan, it will be Dr Sheikh Muszaphar making history as the first Malaysian in space.

Dr Sheikh Muszaphar, 35, has been named as part of the three-member first crew for the Soyuz 15-S mission alongside Yuri Malechencko from Russia and American Peggy Whitson, while Kapt Dr Faiz, 27, is a member of the second crew with Michael Fincke from the United States and Russian Sharizan Sharipov. 

Prime Minister Datuk Seri Abdullah Ahmad Badawi, in announcing this said the Government was proud that both Angkasawan candidates had passed with flying colours and were equally eligible to represent the country in its first outer space mission. 

Dr Sheikh Muszaphar, Whitson and Malenchenko will board the Russian Soyuz TMA-11, which will blast off from Baikanur in Kazakhstan on Oct 10.

 

Source: News @ The Star Online


Posted by site editor at 8:01 AM JST
MALAYSIA'S MUSLIM ASTRONAUT NEEDN'T FAST IN SPACE DURING RAMADAN, SAYS MINISTER
Topic: - Challenges/Hurdles

 

PUTRA JAYA: Malaysia's first astronaut will not be required to fast while in space even though he is a Muslim and the flight will be during Ramadan, a government minister said Monday.

"When you travel there is no compulsion to fast," Science Minister Jamaluddin Jarjis told reporters.

 

Sheikh Muszaphar Shukor, 35, is one of three people who will lift off in a Russian space craft on Oct. 10 for a 10-day mission in the International Space Station. He has said that as a good Muslim he hopes to fast in space even though his main priority is to conduct scientific experiments.

 

But Jamaluddin said Sheikh Muszaphar, who has been fasting during training along with his backup Faiz Khaleed, can postpone the fasting until after he returns.

 

The fasting month of Ramadan started on Sept. 13 and is expected to end on Oct. 12, which means Sheikh Muszaphar will have to fast for only two or three days if he insists on not eating from dawn to dusk, an Islamic religious requirement.

 

Jamaluddin also said he expects Sheikh Muszaphar to pray only three times a day instead of the obligatory five to reduce the inconvenience of going through prayer rituals in the gravity-free atmosphere.

 

Observant Muslims are required to turn toward Mecca in Saudi Arabia, and pray five times a day while kneeling. However that becomes difficult in zero gravity while the space station is circling the Earth 16 times a day. Malaysia's National Fatwa Council has ruled that the astronaut will not be required to kneel to pray if the absence of gravity makes it too hard, nor will he have to wash hands and face with water as required – a simple wet towel will do.

 

Jamaluddin said Malaysia is hoping to send a second astronaut into space, depending on public support for the first mission. He said the second mission would cost US$30 million (euro21.5 million), but the long term benefits would be worth it.

 

"If there is good strong public support we should continue the mission to sustain the awareness. We should look not only on short term return but also medium to long term."

 

Meanwhile, Prime Minister Abdullah Ahmad Badawi wished Sheikh Muszaphar success. "I pray that this mission will proceed according to plan, safely and successfully," he said.

Sheikh Muszaphar will return to earth Oct. 20 along with two members of the station's current crew, cosmonauts Fyodor Yurchikhin and Oleg Kotov.

 

Source: Space.com


Posted by site editor at 12:01 AM JST
Sunday, 23 September 2007
PART 1 - ON YOUR MARK, GET SET...
Topic: - 6-Part Round-up

As our angkasawan goes through the last rounds of preparation for the Oct 10 blast-off, The Star reviews the space age. In this first of a six-part series, we go back 50 years when man first ventured beyond the stratosphere.

ON Oct 4, 1957, an aluminium ball 60cm in diameter called Sputnik-1 stunned the world by shooting up through the skies to orbit the earth in the utter silence of outer space, marking the beginning of mankind’s space age.  

In November of the same year, a dog named Laika was taken aboard Sputnik-2 and shot into space to become the first living being to venture into space and orbit the planet, thus paving the way for manned space flight that was to follow.  

The success of the Sputnik missions also marked the beginning of the Space Race – the United States and the Soviet Union carried their political rivalry beyond the earth's horizons in a technological race to be pioneers in space exploration.  

The Sputnik programme whipped the Americans into a frenzy of competition and they responded immediately by launching Explorer-1 in early 1958 from Cape Canaveral, Florida. This venture made an immense contribution to science as Explorer-1 carried a Geiger counter that detected belts of intense radiation around the earth.

The first representatives of humankind to make it to the moon: (from left) Neil Armstrong, Michael Collins and Edwin A. Aldrin - AP
Back in the USSR, under the great stewardship of Sergei Korolev (1906-1966), Chief Designer of many early Soviet space missions, the Vostok craft was designed to lift one human being into space – the first person being none other than the renowned cosmonaut Yuri Gagarin.  

A people's hero to this day, the then 27-year-old Gagarin orbited the planet on Vostok-1 on April 12, 1961, for a total of 108 minutes. (Gagarin died, aged 34, in a fighter-plane training accident.) 

Meanwhile, the American response came in May 1958 when the National Aeronautics and Space Administration's (Nasa) Mercury programme sent its first astronaut, Alan Shepard (1923-1998), 186km from the earth's surface aboard Freedom 7 to travel 487km in 15 minutes before returning to earth.  

Although Shepard's was not a full orbit, he did manage to control the spacecraft and manoeuvre the Mercury capsule himself, whereas Gagarin's capsule was under ground control throughout his trip.  

Mercury's seven astronauts in training were feted as national heroes, and they included Shepard, Gus Grissom (1926-1967) and John Glenn (1921-), all of whom were instrumental in the success of the Gemini programme that was to come.  

Not to be outdone, the Soviets launched Vostok-2 in August of the same year to carry Gherman Titov (1935-2000) through 17 orbits and a full 24 hours in space. Later in the month, Vostok-3 and Vostok-4 were launched within 24 hours of each other and passed within 5km of each other in orbit in what is recognised as the first space rendezvous.  

Little Sputnik-1 stunned the world when it was shot into space. - FILE PHOTO
Vostok-5 and -6 also rendezvoused, paving the way for future docking of two spacecrafts in orbit. What was also exceptional is that Vostok-6 carried the first woman in space: Valentina Tereshkova (1937-). 

Thanks to the Gemini 12 programme that followed, beginning in 1965, Nasa was able to assess the feasibility of sending multi-crewed spacecraft into space and practice space flight techniques that would ultimately be used to send man to the moon.  

The competition between the two nations was so fierce that the Russians decided to accelerate their own multi-crew test missions and thrust three men into space aboard Voskhod-1 without spacesuits in October 1964! Luckily, they returned safely back to earth. 

The second Voskhod mission in March 1965 achieved another first when cosmonaut Alexei Leonov (1934-) stepped out of his orbiting spacecraft and performed the world's first space walk, floating in space for 10 minutes while tethered to his craft.  

Leonov was also slated to perform the first moonwalk, and as he practised on simulated lunar surfaces in the Soviet Union, American astronaut Neil Armstrong (1930-) was doing the same in the United States. Armstrong would, of course, go on to win this race.  

Before this, the Gemini missions, specifically Gemini-8 up until Gemini-12, successfully saw the first dockings and the first space walks for Nasa, and basically tested the spacecraft and astronauts to their limits in preparation for the Apollo programme that would finally take Armstrong to the moon.  

On July 16, 1969, Apollo 11 shuttled Armstrong, Michael Collins (1930-) and Edwin "Buzz" Aldrin (1930-) to the moon, where Armstrong and Aldrin become the first men to walk on its surface. The rest, as they say, is history. There have been four more voyages to the moon since (Apollo 14-17) with the last taking place in 1972. 

The Apollo 13 mission in 1970, of course, was the one that famously avoid disaster narrowly thanks to Nasa's engineers; the incident was the subject of the eponymous 1995 Ron Howard movie that starred Tom Hanks. 

With the United States having conquered the moon, the Soviet Union switched its attention to the building and maintenance of space stations – orbiting laboratories in which long-term research can be carried out not only on the various possibilities of human life in space but also on how space technology could benefit humankind.  

Early Soviet space stations, including Salyut and Mir, made this possible in the 1970s and 1980s. The Americans, of course, joined that battle, too, launching Skylab in 1973. 

Currently, the International Space Station (ISS) is the most ambitious project, a joint venture between 16 nations. 

The ISS, which represents the cutting edge of space technology, is serviced today by none other than the Soviet Soyuz programme, which began in 1967. 

It's still going strong, having been modified and updated several times. For instance, the Soyuz TM was developed to transport crew to the Mir space station, and currently the Soyuz TMA services the ISS. 

It is to the ISS that one of our two angkasawan, Dr Sheikh Muszaphar Shukor Al Masrie and Kapt Dr Faiz Khaleed, will be heading.  

Dr Sheikh Muszaphar says the Malaysian angkasawan's role on the station will be crucial because "There are so many scientific experiments to conduct". In the future, he thinks, space station experiments could find the cure for cancer, for osteoporosis and for other diseases, all for the benefit of humankind. 

For Dr Faiz, it is the teamwork that captures his imagination: "The ISS is a joint venture between so many countries, with all their people working together in one place. Space stations are testament to the fact that unity is key to achieving dreams". 

Man's space age has come full circle: born of the fierce competition between two nations, it is now, arguably, the best example of cooperation between the planet's nations.

 

Source: The Star Online


Posted by site editor at 12:01 AM JST
Saturday, 22 September 2007
TAPPING INTO SPACE RESEARCH
Topic: - The Prog. - General

With their good looks and charm, astronaut candidates Dr Sheikh Muszaphar Shukor and Kapt Dr Faiz Khaleed certainly have the star quality that comes with being the first Malaysian in space. 

However, the real "star" of the Angkasawan programme, as with any venture since Man first launched a rocket into space, is the science behind it.  

Space science encompasses more than rocket propulsion and liquid fuel technologies. It gives scientists opportunities to conduct experiments under conditions impossible to simulate on earth. 

These include microgravity and intense ultraviolet radiation, and tests that will one day see innovations from something as mundane as creating better detergents to one as significant as saving lives stricken with cancer.  

BACK-UP: Kapt Dr Faiz Khaleed smiles during a final news conference in the Star City outside Moscow on Thursday. - AP
"The programme is thus a precursor to us doing more things in space, even if Malaysia will never again send a man up there," said National Space Agency (Angkasa) director-general Prof Datuk Dr Mazlan Othman, who mooted the idea of space experiments back in 2003. 

She said these experiments in space were part of the "bigger agenda" of generating interest in space science and technology among Malaysians. 

Letters to local universities were sent out as early as one-and-a-half years ago asking for proposals for experiments but even then, the agency had to hold workshops to stir up interest among the scientists about the upcoming space trip. 

"Our scientists had to go on a learning curve because we are asking them to think of new things," said Dr Mazlan. 

Dr Sheikh Muszaphar or Kapt Dr Faiz – depending on the candidate at the launch date – will carry out experiments on board the International Space Station relating to the growth and characteristics of liver cancer and leukaemia cells, and microbes in space, and the crystallisation of various proteins. 

While the experiments relating to liver cancer and leukaemia cells, and microbes will benefit general science and medical research, the crystallisation of proteins, lipases in this case, will directly benefit local industries. 

Lipases are a type of protein enzymes used in the manufacturing of products as diverse as cosmetics to textiles and the opportunity to grow these in space will mean a possibility for Malaysian scientists to take a crack at an industry worth some US$2.2bil (RM7.7bil) worldwide by producing these locally. 

"These proteins can later be commercialised and the benefit for Malaysians from this space experiment is immediate," said Dr Mazlan. 

The Malaysian astronaut himself is going to be a scientific experiment as his heart and respiratory rates, skin temperature and blood pressure before, during and after the space flight will come under intense scrutiny and monitoring by the various research institutes. 

Contrary to popular belief - or disbelief, rather - this year's launch date was chosen well in advance to coincide with the 50th Merdeka celebrations. 

"It is also the golden anniversary of Russia's Sputnik launch," said Dr Mazlan.

 

Source: The Star Online

Site Editor's Note: Mis-spelling of Kapt Dr Faiz's name has been corrected.


Posted by site editor at 12:01 AM JST
Friday, 21 September 2007
HOW TO OBSERVE RAMADAN IN SPACE

Malaysia's soon-to-be first astronaut Sheikh Muszaphar Shukor said on Thursday he hoped to fast aboard the International Space Station as he visits there in the holy month of Ramadan.

Muszaphar, who is expected to travel to the ISS aboard a Russian Soyuz rocket on 10 October, acknowledged that following the normal prayer regime might be difficult, but said that Islam was a "lenient" religion and compatible with space travel.

"Of course if we can't do our responsibilities in space we're allowed to do it when we come back. But as a Muslim I do hope to do my responsibilities. I do hope to fast in space," he told journalists at Russia's Star City training centre outside Moscow.

"Islam is very lenient. If I can't fast in space I can always come back and do it at a later time, but I will discuss it in detail with my commander," he said.

Muszaphar, a 35-year-old doctor and part-time model, has been training at Star City for a year alongside reserve candidate Faiz Khaleed (27).

He will visit the ISS with professional Russian cosmonaut Yury Malenchenko and American Peggy Whitson, spending nine days there before returning to Earth with the current crew.

Guidelines

Before the voyage, Malaysia's Department of Islamic Development issued a 20-page book of guidelines on observing Ramadan in space.

Otherwise, because the space station circles the Earth 16 times a day, a Muslim would theoretically have to pray 80 times a day.

The guidelines stipulate that the astronaut need only pray five times a day, just as on Earth, and that the times should follow the location from which the spacecraft blasted off — in this case, the Baikonur launch pad.

Muszaphar said he had been inspired by the example of the first ever man in space, Russian Yuri Gagarin, and hoped to capture the enthusiasm of other Malaysians, helped by a tele-conference and a radio link-up with students.

"I'm hoping to become like Yuri Gagarin. I remember when I was a child I read a lot about him. He has inspired me so much in my life," he said. "I do hope to become like Yuri Gagarin and to spark an interest among the Malaysian people, especially school children."

The booklet of Islamic guidelines that has been issued covers among other things washing rituals required before prayer, saying that if water is not available the astronaut can symbolically "sweep holy dust" onto the face and hands "even if there is no dust" in the space station.

There are also suggestions on how to pray in a zero-gravity environment.

"During the prayer ritual, if you can't stand up straight, you can hunch. If you can't stand, you can sit. If you can't sit, you should lie down," it says.

And in the unlikely event of a Muslim astronaut's death, the body should be brought back to Earth for burial, failing which it should be "interred" in Space after a brief ceremony. No details of this are given.

First Malaysian in Space

The project to send a Malaysian to space was conceived in 2003 when Russia agreed to send a Malaysian to the ISS as part of Malaysia's billion-dollar purchase of 18 Sukhoi 30-MKM fighter jets.

Russia has taken a series of "space tourists" to the ISS, mostly businesspeople who have typically paid about $20-million.

However, Muszaphar said he was planning to help with scientific experiments. Among other things the Soyuz will be taking cancer cells into space to study the effect on them of the weightless environment.

Muszaphar added that he would be taking some Malaysian food with him to treat fellow crew members: "We've made sure it's not very spicy so the Russians can eat it very well," he said.

Whitson, a biochemist who has previously spent six months on the ISS, said she looked forward to work on expanding the interior of the ISS after recent structural changes.

She said she would first be joining October 4 celebrations of the 50th anniversary of the Soviet Union's Sputnik space programme, marking the first time a man-made object orbited the earth.

"It's why we're going to space. I really recognise that the 50-year Sputnik anniversary is important to the whole world, not just to Russia," she said.

 

Source: AFP @ Cooltech.iafrica.com


Posted by site editor at 12:01 AM JST
Thursday, 20 September 2007
MALAYSIAN ASTRONAUT WON'T IGNORE FAITH DURING SPACEFLIGHT
Topic: - Challenges/Hurdles

STAR CITY: Among the things Malaysia's first astronaut will be worrying about next month: How does an observant Muslim pray toward Mecca while soaring hundreds of miles above the Earth?

Sheikh Muszaphar Shukor will blast off aboard a Russian-built Soyuz space craft en route to the International Space Station along with Russian cosmonaut Yuri Malenchenko and U.S. astronaut Peggy Whitson.

They blast off from the Russian-leased Baikonur Cosmodrome in Kazakhstan on Oct. 10. 

Speaking at a news conference Thursday at Russia's cosmonaut training center in Star City, on Moscow's outskirts, Shukor said during his 10 days in space, he hoped to perform life science and other research, but said he would not ignore the responsibilities of his faith.

"I do agree that I am a Muslim, I am Islamic, but my main priority is more of conducting experiments,'' the 35-year-old astronaut said. "As a Muslim, I do hope to do my responsibilities, I do hope to fast in space.''

After months of discussion and two international conferences, the Islamic National Fatwa Council came up with guidelines as to how Muslim astronauts should observe daily rituals. The rules were published in 12-page booklet titled "Muslim Obligations in the International Space Station.''

Observant Muslims are required to turn toward Mecca - located in Saudi Arabia - and kneel and pray five times a day. However, with the space station circling the Earth 16 times a day, kneeling in zero gravity to pray - or facing toward Mecca for that matter - makes fulfilling those religious obligations difficult.

Malaysia's National Fatwa Council ruled that Muslim astronauts will not be required to kneel to pray if the absence of gravity makes it too hard. Facing Mecca while praying will be left to the "best abilities'' of the astronaut, the council said.

Adding to the difficulties is the fact that the launch coincides with the Muslim holy month of Ramadan - when Muslims are expected to fast from dawn until dusk. The fatwa decided the fasting may be postponed until returning to Earth.

Other exceptions include allowing simple silent prayer if performing physical rituals is impossible.

Shukor will return to Earth Oct. 20 along with two members of the station's current crew - cosmonauts Fyodor Yurchikhin and Oleg Kotov.

 

Source: Space.com


Posted by site editor at 12:01 AM JST
Monday, 17 September 2007
ANGKASAWAN CANDIDATES AT SPECIAL GATHERING
Topic: - Life in Russia

MOSCOW: Malaysian astronaut candidates Dr Sheikh Muszaphar Shukor and Kapt Dr Faiz Khaleed joined staff of the Malaysian Embassy here and their family members for a special buka puasa and doa selamat session. 

"Since September last year, both Dr Sheikh Muszaphar and Kapt Faiz have been part of the Malaysian family here."  

"It's only fitting to have them together for the breakfast and enjoy the Ramadan atmosphere," said Malaysian Ambassador to the Russian Federation Datuk Mohamad Khalis last Saturday. 

WELCOME: (From left) Mohamad greeting Kapt Dr Faiz and Dr Sheikh Muszaphar when they arrived at the embassy for a special buka puasa and doa selamat session on Saturday.

The doa selamat session was specially held to pray for the safe journey and return of Malaysia’s first Angkasawan to the International Space Station (ISS). One of them is scheduled to leave for the ISS on Oct 10.  

Both astronauts are scheduled to complete their training in Star City by the end of the month before proceeding to the Baikonur Cosmodrome in Kazakhstan for the final launch preparations. The successful candidate is expected to be announced this week. 

"Though we are far away from our family and friends in Malaysia, the staff and family members of the embassy have made us feel at home," said Dr Sheikh Muszaphar.  

"This occasion is also the last opportunity for us to gather with fellow Malaysians and savour home-made Malaysian cuisine before being quarantined for the final part of the programme," added Kapt Faiz.

 

Source: The Star Online


Posted by site editor at 12:01 AM JST
Saturday, 15 September 2007
SCIENCE BEHIND ANGKASAWAN
Topic: - The Experiments

THE Angkasawan candidates may have been receiving the most attention since the Government embarked on a programme to send a Malaysian to space, but equally significant are the scientists behind them whose experiments are set to make important breakthroughs. 

Indeed the most important aim of the mission is to make discoveries of these experiments that will have a major impact on medicine, treatment technology as well as develop new industries. 

Three life sciences experiments have been short-listed from 40 experiments submitted by the nation’s universities.  

They are the cells, microbes and protein crystallisation experiments in space.  

Heading the cells experiments is Universiti Kebangsaan Malaysia (UKM) Medical Molecular biology Institute (Umbi) director Prof Dr A. Rahman A. Jamal, while the institute’s principal fellow/ senior consultant microbiologist Prof Dr Ramelah Mohamed is in charge of the experiments on microbes.  

A TIP FROM THE MASTER: Prof Dr A. Rahman A. Jamal explains the "fluid processing apparatus" to Angkasawan candidates Dr Sheikh Muszaphar Shukor, 34, (left) and Faiz Khaleed at HUKM. - BERNAMA

The protein crystallisation in space project is headed by Universiti Putra Malaysia deputy dean (research & graduate studies) Prof Dr Raja Noor Zaliha Raja Abd Rahman.  

Prof A. Rahman said that besides having to address the rationale of sending an experiment to space, other challenges they had to face included limitations in the International Space Station (ISS) due to limitation of space, routine lab equipment, crew time and ideal experimental conditions. 

There are also the issue of specialised hardware, safety issues, documentation, engineering as well as logistics. 

There's not only the limited load the astronaut can take along to the ISS (15kg) and bring back (5kg) but there is also the nightmare of strict Russian customs clearance on the flight hardware. Nevertheless, it is an exciting time for the local scientists. 

On the impact and spin-off from the experiments, Prof A. Rahman said it would be a first for Malaysian scientists, who will get the rare opportunity to learn, design and carry out experiments in space. 

They will also be able to conduct research collaboration and interaction with top US and Russian scientists besides administrative collaboration with Nasa, European Space Agency and Japan Aerospace Exploration Agency (Jaxa). 

"Although we might not be able to afford to send an astronaut to space again, this programme will establish local expertise and capacity building in gravitational biology and space research," he said. 

On why space experiments were needed, Prof A Rahman explained that space provided the unique condition of microgravity and space radiation. 

Microgravity affects various organisms and biological systems. For one thing, cells become spherical in space and this affects various physiological processes. 

He said bacteria also grows faster and may become more virulent while protein crystals become more pure because of the lack of gravity. 

The experiments may sound complicated but the astronaut’s tasks have been simplified, with the limited time he would have for the experiments. 

Prof A Rahman said the tool for his experiment involved simple special test tubes called the fluid processing apparatus (FPA). 

The apparatus has three levels of containment (to meet safety requirements), including three chambers to be filled with the cells/bacteria, medium as nutrient for the cell and fixatives, respectively.  

The experiments will be loaded into the flight hardware two days before take off and examined for leakages before being packed into a special bag. 

The mission for the Angkasawan involves unloading the FPAs into the incubator for incubation at 37°C for optimal growth of cells.  

On the third flight day, the astronaut will activate the experiment by pushing the plunger to add the medium into the cell/ bacteria while on the sixth day, he will terminate the experiment by adding the fixative to the cell/bacteria suspension. 

The astronaut will activate the crystal growth experiments by rotating the protein chamber and conduct daily status checks. At the end he will deactivate the experiment by rotating the chamber to reseal the samples.  

"It is a simple job but because of micro-gravity, a 30 second job will take four times longer. We will be in constant contact with the astronaut in case anything goes wrong," said Prof A Rahman, adding that the experiments would be packed into the special bag and secured onto the returning vehicle. 

"The experiments, together with the astronauts, will return to Kazakhstan as urgent cargo. Speed is important because of the need to control temperature, and the load has to be handled with care. The experiments will be transported to Malaysia for analysis," he said. 

Prof A. Rahman said analysis of the experiments would take between three months to a year and the results would be published and shared in seminars. 

But even before the Angkasawan has gone to space, the Malaysian scientists have already gained international recognition.  

Japan, which plans to launch its Japan Experiment Module in the ISS, has invited Prof A. Rahman and the other scientists to participate in future experiments because of the experience they have gained in the last two years.  

Under the Mars exploration programme, Russia has asked the Malaysians to propose experiments on its volunteers for its simulation exercise.  

"The trip to Mars is expected to take 500 days and the simulation will involve volunteers confined in a building for a long period. The experiment will be on how they will be affected in terms of psychology, physiology and behaviour," he said. 

The astronaut too will be participating in the European Space Agency study on astronauts. For the Angkasawan effort, the agency has gotten an extra 2 kg of load for the programme to be taken on board.

 

Source: News @ The Star Online


Posted by site editor at 12:01 AM JST
Sunday, 9 September 2007
PROGRAM ANGKASAWAN NEGARA: SPACE WILL CAPTIVATE AND UNITE US ALL
Topic: - The Prog. - General

Dr Sheikh Muszaphar Shukor (left) and Dr Faiz Khaleed undergoing simulation exercises. One of them will make the very long journey to the International Space Station on Oct 10.

THE launch of the space programme will be the starting point in raising the nation's awareness, bringing together all races from different social backgrounds, in a national mission to embrace science and technology.

Science, Technology and Innovation Minister Datuk Seri Dr Jamaludin Jarjis
Science, Technology and Innovation Minister Datuk Seri Dr Jamaludin Jarjis said it's important to rally the youths especially, as the leaders of tomorrow, to develop a passion for science and technology to build a strong new economy.

The Angkasawan programme represents a giant step for Malaysia in developing its scientific and technological capabilities as well as its international image.

Through this programme, Malaysians should be spurred to undertake space studies and promote local scientific and space industries.

They should explore frontiers of education, in science, technology and engineering in ways never done before.
Our scientists should be inspired to participate in research on a global platform.

Jamaludin said Malaysia should use the "moon shot" model and learn from the US experience of using science and technology to build their nation into a superpower.

The United States, which dominated the world economy, was being left behind in the space race by the Soviet Union in the 1950s and 60s.

The Americans with their science and technology, ultimately succeeded in landing the first human on the moon when astronauts, Neil Armstrong and Edwin Aldrin onboard Apollo 11, reached the moon on July 20, 1969.

Indeed, as Armstrong proclaimed when he landed on the moon — "It was one small step for man, but a giant step for mankind."

The technological spin-offs of the space race resulted in many useful applications in the fields of medicine, science and technology, industrial applications and consumer electronics.

For instance, the advance in electronics miniaturisation heralded the beginning of modern consumer electronic goods.

The kidney dialysis machine owes its origin to a chemical process developed to remove toxic waste from used dialysis fluid.

Tools developed to drill for moon samples led to modern cordless power tools.

Similarly, the processing power that supported the Apollo missions accelerated the development of computers and computer networks.

No less significant is the development of satellite technology, which today forms the cornerstones of modern remote sensing and communication technology.

If in the past, Malaysia depended on cheap wages and resources to achieve economic progress, it now needs new research and development and scientific knowledge to go forward in the next 50 years, Jamaludin said.

To achieve developed nation status as envisaged under Vision 2020, Malaysia must be able to compete on a global basis, armed with the necessary knowledge and expertise.

Malaysians themselves must strive for new breakthroughs in research and development that can be used to innovate new products that can be marketed to the world
.

 

Source: The New Straits Times Online


Posted by site editor at 12:01 AM JST
MARK YOUR CALENDARS FOR HISTORY IN THE MAKING
Topic: - Other Reports

By NST

Watch out for Oct 10. That’s the day Malaysia's pioneer angkasawan will take off from the Rocket Launch Centre at Baikonur Cosmodome in Kazakhstan.

Science, Technology and Innovation Minister Datuk Seri Dr Jamaludin Jarjis said they were now in the final stages of selecting the candidate for the historic event in conjunction with the country's golden anniversary.

Based on feedback and progress reports from Russia and the United States, the selection committee under Tun Hanif Omar will make the final recommendation to the prime minister and the successful candidate will be announced this week.

The two undergoing final training are 35-year-old Dr Sheikh Muszaphar Shukor and 27-year-old Dr Faiz Khaleed.

The launch will be three days before Hari Raya after the tarawih prayers at 9.30pm.
"We are now in the process of arranging a live telecast of the launch for the whole nation to watch.

The angkasawan will board a Soyuz rocket to the International Space Station (ISS), a multicomplex research station for space programmes, operated by astronauts from various nations.

He will stay onboard the ISS for 10 days to conduct various scientific studies prepared by Malaysian scientists with the help of European, Russian and American scientists.

These include life science experiments on cells, protein crystallisation and microbes.

Tests on physical science and space medicine, including the psychological effects will also be conducted in a microgravity environment.

He said the two angkasawan will also sign a contract with the government to share experiences of their training at the Gagarin Cosmonauts Training Centre in Russia.

They will go on a nationwide tour for a year or two.

"They will be visiting the science schools and rural schools."

"We want them to inspire the students to embrace science and technology."

The experiences of the angkasawan, pictures and training will be published.

Source: The New Straits Times Online


Posted by site editor at 12:01 AM JST
Monday, 23 July 2007
MALAYSIAN HOPES SPACE TRIP INSPIRES HIS COUNTRY
Topic: - Dr Sheikh

Malaysian astronaut candidate Sheikh Muszaphar Shukor climbs out of a space capsule during training outside the Crimean Black Sea city of Sevastopol July 19, 2007. - REUTERS/Stringer
HOUSTON (Reuters): Sheikh Muszaphar Shukor, set to become the first Malaysian to fly into space, said on Monday his goal for the October flight is a lofty one - to inspire his country to greater things.

The 34-year-old physician will fly to the International Space Station aboard a Soyuz spacecraft in a deal his government arranged with the Russians as part of a $1 billion purchase of Russian fighter jets.

On the Soyuz with him will be Russian cosmonaut Yuri Malenchenko and U.S. astronaut Peggy Whitson, who will take over as the first female commander of the station.

Shukor will be the latest space tourist to fly to the $100 billion station. He said at a news conference at NASA's Johnson Space Center he plans to spend his time in space conducting experiments and hopefully capturing the attention of his fellow Malaysians in the process.

He said he wants his voyage to inspire an interest in math and science among the young, and thereby help improve Malaysia's future.

"Being the first Malaysian angkasawan (astronaut) has been a big responsibility on my shoulders," Shukor said. "Hopefully the space program, it will change the entire nation to look forward to become a better developed nation."

Shukor was selected from among 11,000 candidates in what he described as "a very tiring process."

Since then, he has been training with astronauts and cosmonauts, who on Monday said he appears to have the right stuff for spaceflight.

"He has extensive knowledge and he has the right quality of character for doing this operation. I expect that everything should be okay," Malenchenko said through an interpreter.

Whitson will replace current commander Fyodor Yurchikhin, who along with Oleg Kotov, will return home with Shukor on the Soyuz after a few days of hand over to the new crew members.

Whitson, 47, said she hoped her command of the $100 billion space station would attract more young women into math, science and engineering.

"I think it's important for young women to see where we're headed in the future and be a part of the exploration as well, so I hope I can serve as a role model," she said.

 

Source: Reuters


Posted by site editor at 12:01 AM JST

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