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I don't see one of the impact probes having as much force as a meteor, but I could see it being enough to throw off a fragile system. Yeah, its not like bombin
by monetus 7y ago
I don't see one of the impact probes having as much force as a meteor, but I could see it being enough to throw off a fragile system. Yeah, its not like bombing ganymede or mars' ice-caps. I'm just curious if they are going to accidentally collapse some cave network, or give it a temporary atmosphere of dust.
Edit: thanks for the response btw
- azernik 7y agoIf a human impactor would give it an atmosphere of dust, then said atmosphere would already have been created by one of the dozens of similar-sized impactors the moon gets per year.
- TeMPOraL 7y agoWho knows? There's always uncertainity, and a non-zero probability that the bombing site happened to have a geologically interesting cave system underneath, or a hidden cache of alien artifacts. The probability of such a thing, while non-zero, is really low, and we also don't observe fragile systems on the Moon. It's simply a dead rock. As for bombing Mars ice caps, that was a nice idea too, IMO (even though AFAIK it turned out to not be useful). The goal here was to densify the atmosphere with water vapor and CO₂. Assuming you consider terraforming Mars a good idea, doing it in reasonable timescales will require some preparations involving direct applications of lots of energy - whether it's melting the ice caps, or redirecting comets to hit the planet. At some point we might be able to accelerate the process by deploying bacteria and plants (read: self-replicating chemical processing nanobots), but the conditions are not right for this yet - hence the ideas like using nukes or comets to bootstrap those conditions.