Anonymous
10/29/2025, 4:24:52 PM
No.41376417
[Report]
>>41376438
>>41376573
>>41376728
>>41377540
>>41377563
>>41379093
>>41379606
>>41379613
>>41380147
>>41383108
3I/Atlas gematria
Credit to anon in the newest 3I/Atlas that showed me the gematria for 3I/Atlas
Per this site https://theskylive.com/c2025n1-info
At 3I/Atlas current speed it will take 221 days to fully reach earth
18x60=1080=km per mins
1080 x 60=64800=km per hrs
64800x24=1555200=km per days
344,853,346.0/1555200=221.742120628=total days to reach earth at current speed
adding 151 days from now which is 221 days for 3I/Atlas to reach us adding up to 372 days is May 31st which is near the precovery date of 3I/Atlas on May 7th.
>In astronomy, precovery (short for pre-discovery recovery)[1][2] is the process of finding the image of a celestial object in images or photographic plates predating its discovery, typically for the purpose of calculating a more accurate orbit. This happens most often with minor planets, but sometimes a comet, a dwarf planet, a natural satellite, or a star is found in old archived images; even exoplanet precovery observations have been obtained.[3] "Precovery" refers to a pre-discovery image; "recovery" refers to imaging of a body which was lost to our view (as behind the Sun), but is now visible again (also see lost minor planet and lost comet).
Per this site https://theskylive.com/c2025n1-info
At 3I/Atlas current speed it will take 221 days to fully reach earth
18x60=1080=km per mins
1080 x 60=64800=km per hrs
64800x24=1555200=km per days
344,853,346.0/1555200=221.742120628=total days to reach earth at current speed
adding 151 days from now which is 221 days for 3I/Atlas to reach us adding up to 372 days is May 31st which is near the precovery date of 3I/Atlas on May 7th.
>In astronomy, precovery (short for pre-discovery recovery)[1][2] is the process of finding the image of a celestial object in images or photographic plates predating its discovery, typically for the purpose of calculating a more accurate orbit. This happens most often with minor planets, but sometimes a comet, a dwarf planet, a natural satellite, or a star is found in old archived images; even exoplanet precovery observations have been obtained.[3] "Precovery" refers to a pre-discovery image; "recovery" refers to imaging of a body which was lost to our view (as behind the Sun), but is now visible again (also see lost minor planet and lost comet).