It has been suggested that a gravitational slingshot from the hypothetical
Planet 9 (P9) could explain the unusually large velocity of meteor CNEOS
2014-01-08. I show that this explanation does not work because P9 can at most
provide an insignificant 0.25 km/s of the object’s 42 km/s asymptotic
heliocentric velocity and at most a 7.6 degree deflection due to P9’s low
orbital speed and non-zero radius. Furthermore, the hypothesis requires an
encounter with two planets that is trillions of times more unlikely than CNEOS
2014-01-08 simply being fast from the beginning.
Dieser Artikel untersucht Zeitreisen und deren Auswirkungen.
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