THE MALTA COSMOLOGY TEMPLATE

Chapter 5 - Darkmatter

PARTS

Part 1 - Centrifugal Blackholes (cont)

ARGUMENT 0506

• ARGUMENT 0504: Any acceleration in a teelosphere teel equates to a movement toward the equator and a deceleration equates to a movement toward the poles.
• ARGUMENT 0505: Teels in a blackhole's teelosphere stratify in altitude and latitude according to their realspeed relative to each other with the fastest low over the equator and the slowest high over the poles.

• Teels are stratified into streams but collisions still occur which result in the acceleration of one teel and the deceleration of the other.
  
  
  • Collisions over the equator cannot result in the fastest teel moving “toward” the equator so it must move upward.
  • Collisions over the poles cannot result in the slowest teel moving “toward” the poles so it must move downward.

• Thus the path of least resistance for a teelosphere is a centrifugal flow pattern.
• In a centrifugal flow pattern, fast teels stream toward the equator at low level, rise, decelerate, stream back toward the poles at high level, fall, accelerate, and stream back toward the equator at low level, and so on.

• The default flow pattern for a blackhole teelosphere is centrifugal with low level teels streaming toward the equator and high level teels streaming toward the poles.

• centrifugal blackhole:    The teelosphere of a centrifugal blackhole responds to the spin of the blackhole's teelcore by rising at the equator, moving to the poles at high level, sinking at the poles, and returning to the equator at low level (see also axial blackhole).