That only gives you 364 daya per year and we need just fractionally less than 365.25. You end up needing an extra day every year, and if we want to keep midnight in the middle of the night, and extra full day every four years (except when we don’t). Adding those sorts of bodges onto an otherwise elegant system would be awful to work with.
Instead, I propose we build giant rocket engines pointing straight up on the equator, and adjust the Earth’s orbit until one orbit around the sun takes exactly 364 days.
Now that’s the kind of thinking we need more of! Mathematical precision is the way we run things around here. Screw whatever nature had intended for orbits and such. It’s our planet.
And the icing on the cake? If we had 13 months, essentially every month could have the same number of days, 28.
That only gives you 364 daya per year and we need just fractionally less than 365.25. You end up needing an extra day every year, and if we want to keep midnight in the middle of the night, and extra full day every four years (except when we don’t). Adding those sorts of bodges onto an otherwise elegant system would be awful to work with.
Instead, I propose we build giant rocket engines pointing straight up on the equator, and adjust the Earth’s orbit until one orbit around the sun takes exactly 364 days.
Best of all, that funny fraction isn’t even constant. The earth is a bit wonky.
We fix it with rockets. Circularize the orbit and set it to an integer number of days that’s divisible by 28.
Now that’s the kind of thinking we need more of! Mathematical precision is the way we run things around here. Screw whatever nature had intended for orbits and such. It’s our planet.
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