THE MALTA COSMOLOGY TEMPLATE

Chapter 3 - Blackholes

PARTS

Part 5 - Blackhole Selfstabilisation (cont)

ARGUMENT 0330

• ARGUMENT 0328: When a blackhole absorbs a teel it increases its own mass by the mass of one teel. When a blackhole ejects a teel, it decreases its own mass by the mass of one teel.
• ARGUMENT 0329: When a blackhole absorbs a teel, it increases its own energy by a variable measure. When a blackhole ejects a teel, it decreases its own energy by a variable measure.

• A teel at a blackhole's gravitysheath interface has the same mass as any other teel.
• Thus its absorption or ejection across the gravitysheath interface equates to the same mass gain or loss per teel.
• However, a teel at a blackhole's gravitysheath interface has the maximum possible potentialspeed, some spin, and (if it can cross the interface) some realspeed as well.
• Thus the absorption/ejection of a teel across the gravitysheath interface equates to an average gain/loss of mass but a higher than average gain/loss of energy.

• When a blackhole absorbs a teel, it gains proportionately more energy than mass. When a blackhole ejects a teel, it loses proportionately more energy than mass.