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real life armageddon simulation

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HB King
Feb 11, 2013
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How to watch NASA slam a spacecraft into an asteroid​

You must see this unprecedented event.

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NASA is about to intentionally slam a spacecraft the size of a vending machine into a space rock the size of a great Egyptian pyramid.

Incredibly, you can watch this unprecedented Sept. 26 event live.

The mission is called DART, or Double Asteroid Redirection Test, and it's humanity's first-ever attempt to purposefully move an asteroid. The rocky target, Dimorphos, is not a threat to Earth, but the mission is an experiment to see how civilization could alter the path of a menacing asteroid, should one be on a collision course with our planet. (Fortunately, no known asteroid over 460 feet across will threaten Earth in the next century or so.)

It's a $330 million critical mission. And it may one day pay off, big time.

"We are right now defenseless against any asteroid aiming for Earth."
"We are right now defenseless against any asteroid aiming for Earth," Markus Wilde, an associate professor of aerospace, physics, and space sciences at the Florida Institute of Technology, told Mashable.

As of the morning of Sept. 26, the mission was on track for impact.

How to watch the DART impact

The impact between the 1,300-pound DART spacecraft and Dimorphos — a 525-foot-wide asteroid that actually orbits a much larger sibling, the half-mile-wide Didymos — will occur some 6.8 million miles from Earth. But the spacecraft has a camera (dubbed "DRACO") that will stream one image per second back to Earth in real time. Until the impact, of course.

Where to watch: NASA will livestream the impact on NASA TV. You can watch on NASA's website. You can watch on NASA TV's YouTube channel. Or you can tune into the embedded NASA livestream just below.

When to watch: Live coverage begins Sept. 26, 2022, at 6 p.m. ET. The spacecraft will impact Dimorphos at 7:14 p.m. ET.

Alternatively: If you'd like to just watch the "quiet" real-time feed from the DART camera, without the NASA presentation or explanation, you can tune into the NASA Live YouTube channel beginning at 5:30 p.m. ET.

LINKY POO
 
It would be our luck the impact would change the orbit of the asteroid and send it hurtling towards us.

Cosmic irony at its finest.
I was thinking the same thing. Maybe not this particular rock but something akin the breaking the rack in pool. We send this one 1* off course and it ends up hitting another rock, that hits another, and a couple hundred years from now it sends one hurtling towards Earth in a chain reaction we started.

Thanks a lot great great great great great grandpa.
 
I was thinking the same thing. Maybe not this particular rock but something akin the breaking the rack in pool. We send this one 1* off course and it ends up hitting another rock, that hits another, and a couple hundred years from now it sends one hurtling towards Earth in a chain reaction we started.

Thanks a lot great great great great great grandpa.
I actually thought the same thing…like the butterfly effect. We make this one seemingly innocuous change….and it ends up setting off a timeline where the big one hits hundreds to thousands of years later.

But regardless very cool…we have to keep evolving or our species will end here right where we started…and being able to protect from external events like this would be one piece of the puzzle
 
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It would be our luck the impact would change the orbit of the asteroid and send it hurtling towards us.

Cosmic irony at its finest.

Actually this is an asteroid that is in orbit around a larger asteroid and we are hitting it opposite it's direction of travel to slow it down so that is impossible.

All that will happen is that it's orbit will be slowed and we can verify that with our telescopes.
 
I have to say I have been skeptical about the money we spend on space verses what that money could be put to use here. Mostly because I don't think self sustaining colonies in space are likely in the next 100 years.

That said this is a mission that is absolutely worth every penny and something we should have likely done a long time ago.

We should do more of these to make sure we are good at it and have spacecraft designed for this sort of mission pre built and on standby. Preferably in a state that they could be launched within a week's notice.
 
....streams are live.

They are waiting to see if DART will "commit" to impact (signal pending).

DART seems to be having second thoughts, apparently seeing a slightly more attractive asteroid to potentially hit on....
 
Aww...

DART has a "wingman"

LiciaCube!!!


Light Italian CubeSat for Imaging of Asteroids (LICIACube), (pronounced “lee-chee-ah kyoob”),[1] is a 6-unit CubeSat of the Italian Space Agency (ASI). LICIACube is a part of the Double Asteroid Redirection Test (DART) mission and is built to carry out observational analysis of the Didymos asteroid binary system after DART's impact. It will communicate directly with Earth, sending back images of the ejecta and plume of DART's impact as well as do asteroidal study during its flyby of the Didymos system from a distance of 55.3 km (34.4 mi), 165 seconds after DART's impact.[2] LICIACube is the first purely Italian autonomous spacecraft in deep space. Data archiving and processing is managed by the Space Science Data Center (SSDC) of the ASI.
 
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So how long before we find out if the impact successfully altered the asteroids path?
 
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