Results tagged “B612”

The world's first privately funded deep space mission - SENTINEL - received major support this week from prominent members of the business and financial community who joined the B612 Foundation's Founding Circle.

Rock on - A charitable foundation is to launch the first private, scientific space mission, Economist

"Budget cuts have hit NASA's science missions hard. NEOCam is not certain to fly, and the foundation worries that, although NASA has already catalogued most of the biggest, civilisation-ending asteroids, thousands of smaller rocks, of similar dimensions to the one that exploded over Siberia, remain undetected. If one were to hit the wrong part of the planet it would cause a catastrophe. Hence the shift in focus from deflection to discovery. Sentinel's mission will be broadly similar to NEOCam's. Both telescopes will have 50cm mirrors. Both will scan the sky in the infra-red spectrum, where dark but comparatively warm asteroids should show up brightly against the cold of deep space. Both will inhabit orbits between Earth and the sun, in order to get the best possible vantage point. The foundation's ambition is to produce an asteroid map that records 90% of near-Earth objects that are more than 140 metres across, and half of those bigger than 50 metres. Armed with data on their orbits and velocities, astronomers should be able to calculate which pose a threat over the coming century or so."

B612 Foundation Announces First Privately Funded Deep Space Mission

Donate to B612 Foundation

In a press conference at the California Academy of Sciences Thursday morning, the B612 Foundation unveiled its plans to build, launch, and operate the first privately funded deep space mission - SENTINEL - a space telescope to be placed in orbit around the Sun, ranging up to 170 million miles from Earth, for a mission of discovery and mapping.

On June 28, 2012, the B612 Foundation will announce its plans to build, operate and launch the world's first privately funded deep space mission-a space telescope to be placed in orbit around the Sun.

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