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Why You Have NASA To Thank For The Super Bowl

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Astronaut Rick Mastracchio talks Superbowl

Astronaut Rick Mastracchio talks Superbowl

In a few hours, an absurd number of people will watch the spectacle that is the Super Bowl. And they’ll probably watch a little football, too. I’ll be watching, but only out of an effort to be socially acceptable. I saw Richard Sherman go nutso on that reporter, so who knows what he’ll say and do tonight, and I’m all for celebrating the fact that the two teams playing are from two states that have legalized recreational marijuana. Beyond that…well, let’s just say I have a slight inclination for the Broncos, but only because my hometown college hockey team was the Western Michigan University Broncos. However, I just found another reason to get behind the Super Bowl—it indirectly owes its existence, or at least its widespread broadcast, to NASA.

Proponents of investing in NASA and space exploration often argue that technologies originally developed for some use in space have resulted in technological breakthroughs here on the ground. These are referred to as spinoff technologies. Neil deGrasse Tyson specifically cites to the Hubble telescope. The device had a bum lens for a few years, but when scientists tried out different technology to work around the lens problems, they realized that it could revolutionize mammogram imaging. Similarly, a number of aspects of tonight’s game arguably wouldn’t exist if not for space science.

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3, 2, 1 — Uh Oh, SpaceX Reschedules Falcon 9 Rocket Launch For Thursday

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Falcon 9

Earlier today, SpaceX’s website was counting down, stopping, then counting down again, then stopping again, scrubbing the launch that was scheduled to take place at approximately 5:37pm EST. On Thursday, SpaceX will again attempt to launch a Falcon 9 rocket for a GEO Transfer Mission. The rocket, which will launch from Florida’s Cape Canaveral Air Force Base, will put an Orbital Sciences SES-8 satellite, designed to support Southeast Asian communications needs for about 15 years, into a geostationary transfer orbit. Then, about a half-hour after launch, the Falcon 9 will deliver the satellite into geostationary orbit at about 22,000 miles above Earth, roughly 25% of the way to the moon. Many launchers deliver a satellite in two phases, or burns, depending on how long and how much power it takes to reach the first apogee. The transfer to geostatic orbit phase is usually performed via solar power, which reduces overall costs. This launch is SpaceX’s first attempt at putting a communications satellite in orbit.