There is no danger. At most there will be the first ever human-caused meteor shower, with the small (~30 micrometers to at most ~10 cm) fragments burning up in the atmosphere. While the smallest and fastest particles could reach Earth in as little as 7 years, it will likely be decades before particles large enough to produce visible meteors reach Earth.
There is a [preprint of the paper available on arXiv](https://arxiv.org/abs/2408.02836v1). According to the UT article, the paper has passed peer review and been accepted for publication.
whutupmydude on
They did better than my first attempts in KSP
TonAMGT4 on
So we successfully tested a way to defend Earth against asteroids by deflecting a non-colliding asteroid into a collision course with Earth instead?
3 Comments
This is based on simulations of the impact ejectra created by NASA’s [DART mission](https://en.wikipedia.org/wiki/Double_Asteroid_Redirection_Test), using data collected by the Italian Space Agency’s [LICIACube cubesat](https://en.m.wikipedia.org/wiki/LICIACube) which observed the immediate aftermath of DART’s impact on the asteroid moon Dimorphos.
There is no danger. At most there will be the first ever human-caused meteor shower, with the small (~30 micrometers to at most ~10 cm) fragments burning up in the atmosphere. While the smallest and fastest particles could reach Earth in as little as 7 years, it will likely be decades before particles large enough to produce visible meteors reach Earth.
There is a [preprint of the paper available on arXiv](https://arxiv.org/abs/2408.02836v1). According to the UT article, the paper has passed peer review and been accepted for publication.
They did better than my first attempts in KSP
So we successfully tested a way to defend Earth against asteroids by deflecting a non-colliding asteroid into a collision course with Earth instead?
Noice…👍🏻