How thick is the Earth?

As I said in the subject, how thick is the Earth according to FE theory? Just curious.

between 2 to 3 miles - this is diggable using modern mining techniques. It should also provide a permanent way for astronauts and space vehicles  to enter outer space. A lot easier than firing rockets.

between 2 to 3 miles - this is diggable using modern mining techniques. It should also provide a permanent way for astronauts and space vehicles  to enter outer space. A lot easier than firing rockets.

Under the Laws of Thermodynamics and GR, that's quite incredible. The FE would have to be unimaginably thick to prevent our feet from melting from the heat of the UA. Of course, we'll now hear special pleading that TD and GR don't apply to the FE and the UA for some convenient reasons.

Even conservative estimates of the energy needed for the UA to accelerate the FE for the next minute is much more than 10¹⁰⁰⁰ joules! Try standing just three miles over that for a while.

The thickness is not known for certain.  We do know that it's 7 miles at the very least to accommodate the deepest part of  the ocean.

I believe the Russians dug almost 8 miles and never reached the other side.  So, I would say it is at least that thick.  Probably much thicker, but this is just speculation. 

Estimates do vary marginally, but this diagram seems to be pretty accurate from what I've researched:


The fully rigid crust would seem to be ~100km thick.

Is that a slice of the round or flat Earth?

Is that a slice of the round or flat Earth?

Being as the lowest layer is solid rock, I guess it could be either.  The original site indicates it a spherical section, but there's nor reason it couldn't also apply to a flat earth.  (With of course the rigid layers continuing around the outer perimeter edge of the flat earth disc.)

Is that a slice of the round or flat Earth?

The round Earth, AKA "the Earth".

The proper question is: where is our universe located? What is the scale of our universe?