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50 years on, Sputnik success still shines

Wednesday, 3 October 2007
Agençe France-Presse
50 years on, Sputnik success still shines

Pioneering probe: A technician puts finishing touches to Sputnik 1, the first man-made satellite. The pressurised aluminum alloy sphere had five science objectives: Test placing an artificial satellite into orbit; gather data on the density of the atmosphere; test radio and optical methods of orbital tracking; determine the effects of radio wave propagation though the atmosphere; and check principles of pressurisation to be used on satellites.

Credit: NASA

MOSCOW: The launch of the world's first man-made satellite, a silvery orb with four frond-like antennae and two radio transmitters, was at first obscure.

But, when the wavery and high-pitched beep-beep signal was picked up on Earth, it signalled the dawn of a new era.

Thursday marks the 50th anniversary of the Soviet Union's launch, on October 4, 1957, of Sputnik 1, the metaphorical starting gun for the Space Race and a propaganda coup that Russia's present leaders can only envy.

Slow on the uptake

The Soviet Union did not immediately grasp the importance of the satellite, said the son of then USSR leader Nikita Krushchev. "The consequences became clear much later. At the time it was like sending a ball far away," Sergei Krushchev, an expert on Russia at Brown University in Rhode Island, U.S., told a forum on the 50th anniversary of Sputnik's launch.

The official announcement was buried in leaden prose in the corner of a Pravda newspaper front page, the identity of Sputnik's creator kept a state secret. But soon awed headlines in Western newspapers alerted Moscow to the true propaganda potential of Sputnik and as more space launches took place, carrying dogs and then the first spaceman, Yury Gagarin, the world was captivated by the achievement.

"The sense of pride was huge," recalled Olga Zenkova, leader of a children's group touring Russia's current cosmonaut training centre near Moscow, Star City, ready with carnations to lay at a statue of Gagarin. "We felt we had to be first in everything."

Detecting a threat

The U.S. was caught badly off balance, flailing in its response as the Soviets launched a second satellite less than a month later, carrying Laika the dog, who was to die within hours.

America's hurried launch of the Vanguard satellite on December 6 that year was a flop, or "flopnik," as the London Daily Herald observed in a headline, barely getting off the ground before it burst into flames.

Some in the West immediately detected a threat: Britain's Manchester Guardian warned that Sputnik necessitated "a psychological adjustment" not only towards the Soviet Union but towards its military capabilities. But in the early years, the space race, at least from Moscow's point of view, was less of a hostile affair than it was to become.

Sputnik's launch gave a psychological lift to Soviet society, marking a break from life under wartime dictator Joseph Stalin, who had died in 1953, and a sense of optimism in the new, easier era of Nikita Khrushchev.

"Society itself was very upbeat in the 1950s.... Space was associated with going beyond limits. In this case it was physics but it could be associated with going beyond tradition," said Boris Kagarlitsky, a writer on the period and director of the Moscow-based Institute of Globalisation.

Iron determination

As for Sputnik's creator, Sergei Korolyov – dubbed "the chief designer" as his identity was kept from the public throughout his life – he seems to have put behind him a painful past and thought only of work.

Science had literally saved Korolyov, securing his return from the Siberian Gulag prison system where he had been forced to work as a miner on trumped up subversion charges and where he lost most of his teeth and nearly 50 kg in weight.

He was brought to work alongside other scientists in 1953. It was with iron determination that Korolyov went on to build Sputnik, jettisoning a more ambitious design when he heard of rival U.S. plans and taking obsessive care to ensure its aluminium surface was spotlessly polished (see, Small wonder, Cosmos Online).

Contemporary accounts report that the day the carrier rocket was rolled from its hangar in Kazakhstan, Korolyov led the other designers in absolute silence for the whole 1.5-kilometre walk to the launch pad.

Today Moscow appears to have lost the initiative, as the West ploughs unprecedented sums into space exploration and Washington deliberates on how long to maintain the International Space Station (ISS), a joint project with Russia.

At the Moscow house where Korolyov lived until his death aged 59, a tour guide, Valentina Golovkina, suggests he would have been "a bit sad" to see how Russia fell behind and failed to put a man on the Moon.

Paying tribute to the 'chief designer'

President Vladimir Putin has recently pressed into service the image of Korolyov, as he exhorts Russia's scientists to up their game. There are plans afoot to send a probe to Mars and for a manned Moon mission by 2025.

In March he voiced pride that Russia had "paved the way for space exploration" but added: "We must... acknowledge that a whole decade, perhaps even more, of economic difficulties has had a negative impact on the development of our space sector."

In the last months of his life, as Korolyov laboured in the face of numerous health problems, he might have been surprised to learn that Russia would one day transport paying "tourists" to the International Space Station (ISS).

Peggy Whitson, a NASA astronaut scheduled to blast off to the ISS next month, also paid tribute to "chief designer" and his Sputnik programme. "It's why were going to space. I really recognise that the 50 year Sputnik anniversary is important to the whole world, not just to Russia."

That perhaps would have been enough for Korolyov as he pondered the future from the comfortable Moscow town house with which he was rewarded.

Readers' comments

50th anniversary events at Powerhouse Museum (Sydney)

The Powerhouse Museum celebrates the 50th anniversary of spaceflight with a program of talks and activities - see below.
"Australia in Space" | 6 October, 1.30pm
Prof. Iver Cairns, Research Professor in Space Physics, University of Sydney.

What has Australia done in space, what is it doing now, and what should it do? This talk will sketch the early history (Australia was the fourth nation to launch it own satellite) and then describe highlights of today's Australian space science, ranging from space weather to dating the solar system, Antarctic research, and spacecraft propulsion. It will also discuss the future of Australian space science, and the importance of space for us and our children.

"Are We Alone in the Cosmos: A review of the Drake Equation" 6 October, 3.30pm
Wilson da Silva, Editor-in-Chief, Cosmos Magazine

The Drake Equation is an attempt to determine – as best as science can – the number of extraterrestrial civilisations in our galaxy today. It was first postulated in 1961; since then, a wealth of new scientific data has allowed us a better understanding of many of its elements, getting us closer to an answer. This review updates the equation and proposes an upper and lower limit for its estimates.

"Blast Off: adventures from the dawn of the Space Age to the present" | 7 October, 2.00pm
- Dr. Ken McCracken, Research Fellow, University of Maryland

Australia Prize-winning physicist Dr. Ken McCracken talks about his adventures as a scientific researcher from the beginning of the Space Age. His fascinating and varied career has encompassed several different fields of space research: from cosmic ray research to x-ray astronomy, building scientific instruments for satellites to pioneering mineral exploration by remote sensing in Australia. Dr. McCracken has worked on Australian and international space projects and continues his studies of the Sun and interplanetary space using ice cores obtained in Greenland and Antarctica. Join us for this insight into an exciting Space Age career.

"50th Years of Spaceflight: the highlights" | 10 October, 12.30pm
Kerrie Dougherty, Curator, Space Technology, Powerhouse Museum

To celebrate the 50th anniversary of spaceflight, Kerrie Dougherty, will present an overview of 50 years of achievements in space exploration and utilisation. From the launch of the world's first satellite, Sputnik 1, in 1957, to the construction of the International Space Station in 2007, from exploring the Moon and planets to peering into the farthest reaches of the universe with space telescopes, this talk will highlight the exciting and significant space achievements that have turned science fiction into reality!

"The Spitzer Space Telescope" | 14 October, 3.30pm
Robert K. Wilson, the Spitzer Project Manager, Charles P. Scott, the Mission Manager, Stuart R. Spath, the Observatory Engineering Manager and Dr. Harry Teplitz, a research Scientist from the Spitzer Program.

The Spitzer Space Telescope, the fourth and last of NASA's Great Observatories, has been exploring the universe at Infra-red wavelengths since late 2003. The first mission to carry out astronomical observations from a solar orbit, Spitzer utilizes three state of the art detector arrays providing imaging, photometry, and spectroscopy over the 3-160 micron wavelength range. The telescope is achieving major advances in the study of astrophysical phenomena from our solar system to the edge of the Universe and has demonstrated technologies that are critical to future observatory missions. The presentation will look at how the Spitzer Space Telescope carries out its observation program, why infra-red observations are so important and the latest science results from research carried out with Spitzer.