- 2,338
- 2,138
so, this calc, specifically the 2nd one about rotating the planet.
it supposes that, due to an underworld existing when one goes down in the planet's core in the BFDI universe, the planet just has an entire universe in it, and thus is the mass of one (1) whole universe + Earth.
if an entire universe is contained within the earth's core, rotating it would mean parts of it - a large majority of its mass - would be spinning at FTL speeds, making this incalculable and unable to be used for KE (and in turn LS).
the way i see it, it's either that:
1. the universe physically resides inside the planet's core (via spatial fuckery or what-have-you) and thus - the way it's calculated anyway - past a certain distance from the center, things are moving FTL and thus it becomes incalculable
2. the planet's core is essentially a portal to some spatially separate universe and thus Earth has a normal mass.
it supposes that, due to an underworld existing when one goes down in the planet's core in the BFDI universe, the planet just has an entire universe in it, and thus is the mass of one (1) whole universe + Earth.
if an entire universe is contained within the earth's core, rotating it would mean parts of it - a large majority of its mass - would be spinning at FTL speeds, making this incalculable and unable to be used for KE (and in turn LS).
the way i see it, it's either that:
1. the universe physically resides inside the planet's core (via spatial fuckery or what-have-you) and thus - the way it's calculated anyway - past a certain distance from the center, things are moving FTL and thus it becomes incalculable
2. the planet's core is essentially a portal to some spatially separate universe and thus Earth has a normal mass.