This is a time lapse video showing Sol 0 – 281 (a Sol is one day on Mars, which is about 40 minutes longer than a day on Earth) from NASA rover Curiosity’s perspective.
This is a time lapse video showing Sol 0 – 281 (a Sol is one day on Mars, which is about 40 minutes longer than a day on Earth) from NASA rover Curiosity’s perspective.
Not to be confused with asteroid 2012 DA14, which is also making a close pass in just a couple of hours.
This would be fascinating and terrifying to witness in person:
Members of our editorial staff once directly observed a fireball which was the result of a large-ish “shooting star” entering the atmosphere, while on assignment covering renegade desert raves in the Mojave Desert. It was truly a sight to behold. The video above is much more spectacular.
Happy Valentines Day!
Evidently the near-earth asteroid known as 2012-DA14 is making a pass on our beloved planet tomorrow (Feb 15 2013).
Racing to the Red Light was on-location in Westchester earlier this morning, to bear witness to the orbital vehicle Endeavour sitting in the parking lot behind Bed Bath & Beyond.
(How many times is that likely to happen again?)
Today, the retired Space Shuttle Endeavour begins its two-day trek across western Los Angeles from LAX to the California Science Center near USC in south central L.A.
The scenes in the street were quite surreal. What a treat to see a piece of humankind’s finest scientific and engineering accomplishments in such a pedestrian setting.
The crowd was big and getting a lot bigger while we were there. It will be a madhouse by the time we publish this post. Tons of media onhand as well.
The on-camera talent people stood out in stark contrast to all the other people nerds gathered nearby:
We recently came across an article over at Search Engine Land that quoted a Google blog post about how a single Google search uses as much computing power as the entire Apollo moon mission program did in total!
Google says:
The Apollo Guidance Computer (AGC) on board the lunar module (LM) executed instructions at a speed of about 40 KHz (or 0.00004 GHz), about 100,000 times slower than a high-end laptop today. There was also a similar real-time computer built into the Saturn V rocket. On the ground, NASA had access to some of the most powerful computers of the day: five IBM model 360/75 mainframe computers, each about 250 times faster than the AGC. They were running nearly 24/7, calculating lift-off data and orbits, monitoring biomedical data during the mission, and performing numerous other calculations.
We compared that to what Google does today, and we found that:
It takes about the same amount of computing to answer one Google Search query as all the computing done — in flight and on the ground — for the entire Apollo program!
This image above is actually a control computer from a spy satellite, probably significantly more advanced than the Apollo computers, but it is of the era.
RIP Neil Armstrong
From a SpaceX press release:
On May 25, 2012, SpaceX made history when the Dragon spacecraft became the first privately developed vehicle in history to successfully attach to the International Space Station. Previously only four governments — the United States, Russia, Japan and the European Space Agency — had achieved this feat.
The video below features key highlights from the mission including: