ARGUMENT 0305-08

PRECEDENTS

0304-07: That when a blackhole absorbs a graviton, its stability alters.
0304-08: That when a blackhole ejects a graviton, its stability alters.
0304-09: That an understable blackhole differentially ejects mass and energy till it becomes stable.
0304-10: That an overstable blackhole differentially absorbs mass and energy till it becomes stable.

0305-06: That a blackhole converging on another object alters its stability.

PARAMETERS

Consider a blackhole converging on another object.

Consider that the escape velocity is a constant zero at the gravitysheath interface.

Consider that the vergence velocity is increasing as the distance from the object decreases.

Consider that the blackhole may be overstable, stable, or understable.

Consider that as the vergence velocity increases, the stability of the blackhole alters.

REASONING

Because the stability condition of the blackhole is altering, the blackhole will adjust its mass and energy measures as it attempts to reach or maintain stability thus:

If the blackhole is overstable, it will differentially absorb mass and energy.
If the blackhole is stable, it will differentially absorb and eject the same measures of mass and energy.
If the blackhole is understable, it will differentially eject mass and energy.

CONCLUSION

That a blackhole converging on another object differentially ejects or absorbs mass and energy to reach or maintain stability.

There is no such thing as a stationary blackhole. Every blackhole in the Universe is gravitationally paired with every other object in the Universe. Consequently, every blackhole is constantly converging on or diverging from everything else in the Universe. The distances involved are usually so great that individual mutual gravitypulls are too weak to be seriously effective but en masse all gravitypulls are significant. What this means is that the stability condition of every blackhole is constantly changing as the mechanism described here retunes it to cope with the myriad of gravitypulls it is simultaneously experiencing.

The mechanism isn't exclusive to blackholes, of course. It is constantly at work in everything in the Universe that is made of gravitons, often as part of a multiprocess. It contributes to the unique behaviour of photons and it is a major factor in maintaining the stability of electrons and nucleons in a wide range of conditions. In more complex objects like planets, stars, and galaxies, the mechanism is obscured from easy view but it is still there and still important.

PARTS

Part 0305 - Blackhole Attunement

ARGUMENT 0305-08