ARGUMENT 0601-01

PRECEDENTS

0402-01: That after Moment Zero every graviton moves away from the Ucentre at a decelerating rate.

0402-08: That the Universe becomes an expanding core of blackholes within an expanding gravitonocean within an expanding gravitonosphere.

0403-05: That until 5 billion years ago the expansion rate of the Universe's blackhole core progressively decelerates.

PARAMETERS

Consider that the core of blackholes in the early Universe is expanding.

Consider that the expansion of the core of blackholes is decelerating.

Consider that the farther from the Ucentre a blackhole is, the greater is the gravitypull from behind and the less is the gravitypull from ahead.

Consider that the farther from the Ucentre a blackhole is, the more rapid is its deceleration.

REASONING

Because the inner blackholes are moving faster than the outer blackholes, blackholes collide.

Because blackholes collide, they exchange speed.

Because they exchange speed, some of the speed becomes spin.

Thus the blackholes in the expanding Universe come to speed and spin.

CONCLUSION

That as the early Universe expands its blackholes collide and thus spin as well as speed.

This part of this chapter deals with the creation of cosmic photons. There are two types of photon, the other being stabilisation photons. The difference between the two lies in the manner of their creation there being no physical difference in their structures, their mechanisms, and their processes. Cosmic photons are those which formed soon after Moment Zero with the stabilisation of blackholes. Stabilisation photons are those produced as understable particles such as atoms, nucleons, and electrons differentially shed mass and energy on their way to stabilisation.

A factor of relevance to the creation of two different types of photon is that the structure of the Malta Template is based on the timeline of the Big Bang Standard Model. This requires the use of kickstarters that evolve satisfactorily into the Universe that we see about us. This means that many of the events in the early stages of the Malta Template are there as much to mesh with the timeline of the BBSM as they are to reflect reality - and that alternative courses of events are not only possible but likely.

The creation of cosmic photons is a good case in point. An effective argument can be made that the photons of the cosmic background radiation are not the product of the stabilisation of solo blackholes but result from the stabilisation of larger particles, just as do all the other photons we know of. The origin of the Universe in both the BBSM and in Chapter Two of this Template is both hypothetical and greatly simplified. A different beginning for the Universe arises in Selfproof 0311 in which a vast outpouring of conventionally produced photons could well have been the origin of the cosmic microwave background.

PARTS

Part 0601 - Cosmic Photon Creation

ARGUMENT 0601-01