ARGUMENT 0503-02

PRECEDENTS

0103-01: Every graviton attracts every other graviton in the Universe at a rate proportional to the product of their masses and inversely proportional to the square of the distance between them.

0302-02: Every blackhole of sufficient mass stratifies its gravitonpairs according to their energy measure into a central solidbonded gravitoncore, surrounded by a liquidbonded gravitonocean, surrounded by a gasbonded gravitonosphere.

0502-02: That many blackholes are within the gravitonospheric gravitonstreams of larger objects.

0503-01: That a blackhole gravitoncore gravitypulls its gravitonosphere and its gravitonosphere gravitypulls the gravitoncore.

PARAMETERS

Consider a high mass blackhole consisting of a gravitoncore and a gravitonosphere.

Consider that that there are objects (perhaps stars and planets) within the gravitonosphere.

Consider that the gravitoncore is gravitypulling the gravitonosphere and the gravitonosphere is gravitypulling the gravitoncore.

Consider that the gravitoncore is gravitypulling the objects within the gravitonosphere.

Consider that the gravitonosphere is gravitypulling the objects within itself.

REASONING

Because the gravitoncore is gravitypulling the objects within the gravitonosphere, those objects are drawn toward the gravitoncore.

Because the gravitonosphere is gravitypulling the objects within it, the gravitypull of the gravitonosphere between the gravitoncore and an objectadds to the gravitypull of the gravitoncore.

Because the gravitonosphere is gravitypulling the objects within it, the gravitypull of the gravitonosphere between an object and the gravitysheath interface subtracts from the gravitypull of the gravitoncore.

CONCLUSION

That every object within the gravitonosphere of a blackhole is being gravitypulled by the gravitonosphere, the effect of which is to strengthen or weaken the gravitypull of the gravitoncore on the object.

This is the argument that describes darkmatter in action. The darkmatter effect is neither specialised or isolated. It arises in any object big enough to have a gravitonosphere. That said, the effect becomes increasingly apparent with the increasing mass of an object.

Our sun illustrates the low level of darkmatter effect that is found in low mass objects. The Sun is a blackhole composite, not a blackhole, but it has enough of a gravitonosphere for its effects to be observable by us. It isn't, however, a really dense, really extensive, and really energetic gravitonosphere so its darkmatter effects are there but relatively insignificant.

Saggitarius A*, on the other hand, is an object on a very different scale. This is the (suspected) blackhole at the centre of the Milky Way galaxy which has an extensive gravitonosphere, the inner regions of which are well stocked with stars and gas. Here the darkmatter effect of the outer gravitonosphere is readily measurable in that the stars in the galactic disc are farther from Saggitarius A* than they would be were there no gravitonosphere.

Part 0503 - Darkmatter

ARGUMENT 0503-02