After a day's delay in liftoff due to a malfunctioning fire extinguishing system on the launchpad, on June 10 at 5:01 p.m. South Korean time, the Naro-1 satellite launcher lifted off from the Naro Space Center at Goheung on the south coast. It then exploded about two and a half minutes later. This was the second failure in as many tries for the multistage rocket. Controllers who were at first cheering, were dismayed 137 seconds later at seeing a bright flash on their screens transmitted from the camera mounted on the tip of the rocket. At that time, the Naro-1 would have been about 43 miles above the earth. Ahn Byong-man, the Minister of Education, Science and Technology, told reporters that officials assume the explosion took place at that point. It was during the first-stage ignition.

In the aftermath of President Obama’s decision to dramatically curtail NASA’s manned space program, many observers wondered what the future of America’s participation in the exploration of the heavens would look like. The successful launch of SpaceX’s Falcon 9 on June 4 may give us a first look at that future.

The Obama administration’s proposed budget will radically change the agenda for NASA, while increasing the agency’s budget.

As NASA’s manned space efforts falter in the face of the looming conclusion of the shuttle program and by a finding of the Augustine Committee that projects that government-funded space exploration will be significantly more expensive in coming years, private space ventures are soaring.

The European Organization for Nuclear Research (CERN) has developed the fastest proton accelerator in the history of science — the Hadron Collider, which accelerated its twin beams of protons to an energy of 1.18 TeV on November 30, breaking the previous world record of 0.98 TeV, which had been held by the U.S. Fermi National Accelerator Laboratory's Tevatron collider since 2001. The collider used by CERN enables scientists to probe a little closer to the first moments of the universe which should help scientists answer questions which have now remained unanswerable. Although the new collider will help physicists learn more than they know now, experimentally, the fundamental theoretical problems of physics remain as elusive as ever.

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