Scott Manley did a great video explaining how easily we could redirect it if we found out it was going to hit the earth. We have multiple launch vehicles that can launch a mass at sufficient velocity to nudge it the small amount we need.
That was his main concern. Like if we find out it’s going to hit central Africa would other nations even bother stopping it when it will be a localized event?
Thank you, this is the only measurement that makes any sense in any distance past like the moon before you get into longer units like parsecs or light years. Even though an AU is still only 150M km, it makes the math a lot easier for me to grok.
It's not a world ending strike. It's 2.3% odds that a city ending strike lands somewhere on earth, most likely in the ocean.
It's a fraction of a fraction of a % that it'll hit somewhere with any humans at all, much less a populated city.
And on top of that, we have until 2032 to decide what to do about it, with enough time to potentially redirect it with technology we've already demonstrated that works. And if that isn't enough, we just need one or two more data points to figure out almost exactly where it will hit, and can evacuate the area.
Just like we do for hurricanes and other natural disasters.
This is not an emergency, this is an easy mode try out for a real disaster.
The only thing to ever have a higher score than this one on the Torino scale (before further calculations reclassified it as a 0) is scheduled to come close by in 2029. Should be interesting to watch, at least.
There's a great video by Scott Manly on the subject if you want to learn more. It'd smaller than some nukes we've tested, and would land somewhere around the equator between the Atlantic and China if it does hit. It looks surprisingly feasible to deflect, but it'd be a time crunch to put a mission together in only a couple of months. Plus it might deflect it into hitting a different country.
It's pretty much speculation based on a probability that includes the chance to hit a narrow ring of places along earth's surface, but we don't know how dense it is, although we're relatively sure it's solid, and whether other debris will change its path before it remerges in 2028. It has no risk factor to us until 2032, just in case people are wondering why reputatable science journalists aren't completely poopooing the narratives of other outlets. We'll know what it eats for breakfast by 2029.