SpaceX Moves New Rocket to Launch Pad
Posted in: NASA, science, space, Space Tech, tesla, Today's Chili
Tony Hoffman, our managing editor for printers, scanners,
and projectors, is braving the
sunshine this week, as a Twitter correspondent for NASA’s launch of the Solar
Dynamics Observatory (SDO). Tony was one of 15 people picked by NASA to cover
the event in an official capacity via the microblogging service, and he’s got a
ton of cool TwitPics to show for it [like the one above].
(which happened an hour or so ago), but in the meantime, his abbreviated
coverage certainly warrants a follow–and maybe a star or two.
The orbiting Hubble Space Telescope isn’t the only way to get stunning images of distant objects.
This breathtaking photo of the Orion Nebula (M42), a stellar nursery about 1,350 light years from Earth, was taken by the Visible and Infrared Survey Telescope for Astronomy (VISTA), the newest scope to grace the European Observatory’s Paranal Observatory in Chile, according to Space.com.
Orion is an easy target even for amateur astronomers using home-based telescopes. But VISTA’s image shows what those telescopes can’t: the large portion of Orion’s gas cloud that only reveals itself to detectors sensitive to longer, infrared wavelength radiation, the report said.
Yesterday I blogged about next Tuesday’s launch of the Solar Dynamics Observatory (SDO), which I’ll be attending as a Twitter correspondent, and the spate of educational events and tweetups around the world that will accompany the launch. So why is this mission important enough to garner all this attention, and for NASA to deem it the crown jewel of its solar science space fleet?
THe SDO will image the Sun at a far greater resolution than previous missions, and take images and measurements at much shorter intervals. This will let scientists look at short-term changes in the Sun’s brightness, appearance, and magnetic field in unprecedented detail, and should allow them to better understand the processes that drive solar activity and produce the “space weather” that can, upon reaching our world, cause geomagnetic storms that endanger astronauts and satellites, disrupt radio communications, and cause power surges or blackouts.
The Large Hadron Collider at CERN is about to embark on a non-stop run through late 2011 at up to 7 tera-electron volts (TeV) in order to find the elusive Higgs Boson particle, Reuters reports.
Scientists at CERN hope that the particle will appear sometime during the lengthy experiment, once they power up the LHC again. The goal is to shed light on gives mass to matter.
The report said that even if scientists don’t see the particle, that doesn’t mean it doesn’t exist; scientists are also planning a longer run at the LHC’s highest possible energy level, 14 TeV, beginning in 2013.
The LHC ran into some trouble after an explosion caused significant damage back in 2008, shortly after powering up for the first time. (Image credit: CERN)