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The Course of Empire by Eric Flint & K. D. Wentworth. Part seven. Chapter 43, 44, epilogue

It seems most likely that the Melody’s charge against the Interdict is correct: it was they, or at least their ideological predecessors, who launched the civil war which destroyed the Network. In fact, that seems to have been the purpose of the war in the first place.

What is definitely established in the historical record is that it was the Interdict which freed the Jao. Not, of course, because of any concern over the Jao themselves, but simply to strike a blow at the Complete Harmony. It was they, as well, who provided the Jao with the initial technology to obtain control of a portion of the Network and begin to create their own stellar empire.

The fact that they did so—and still, in an off-and-on and unpredictable way, maintain a certain quasi-“alliance” with the Jao—underscores the bizarre nature of the Interdict creed. The Jao, after all, are also maintaining and even extending the Network. Yet the Interdict seems not to object.

One theory is that whatever scientific underpinnings originally lay beneath Interdict ideology have long since been lost. What has come to replace the notion that the Network itself threatens the universe is a more mystical notion that the Network is “unclean.” The danger is spiritual, in other words, not physical.

One contradiction this situation presents is that in order to destroy the Network, the Interdict must use it themselves. Indeed, in many areas of the galaxy, it is they who are rebuilding the old framepoints and extending new ones. Apparently, Interdict adherents go through some sort of purification rite which allows them to do so. As always, the precise tenets of the Ekhat creed are at least murky if not quite unfathomable to non-Ekhat.

APPENDIX B:

Interstellar Travel

The method of supra-light travel used by all intelligent species is usually called, by the Jao, the “Frame Network.” The method involves warping spacetime using extremely powerful generators positioned in at least three widely spaced locations in the stellar neighborhood. (Three will work, but is risky; four is better; five is ideal; more than five is redundant.) These “framepoints” must be at least three light years apart, but are not effective if the distance between any two extends much more than eleven light years.

Existing frame points allow ships to cross the stellar distances between them in what is effectively an instantaneous transition. There is theoretical debate over whether the transition is “really” instantaneous. But from the subjective standpoint of any human or other intelligent species, the travel is instantaneous. The dispute is whether or not it actually requires a few nanoseconds.

In essence, two framepoints working together are creating what can be called an artificial wormhole. New territory, where there does not exist a framepoint, can be reached in one of two ways. One way is to use sub-light exploratory ships. Once arrived at a suitable location for a new framepoint, the ship (or multiship expedition) can begin to create the new framepoint, which can then begin to participate in extending the entire Frame Network.

Of course, this method of extending the Frame is very slow. The other method is to use existing FP generators to create what is called a “Point Locus.”

Triangulating (more often: quadri-angulating or quint-angulating) their power, these framepoint generators can create a temporary Point Locus at a distance. For a certain period of time, ships can travel to the Point Locus from any one of the FP generators which created it.

This is the normal method used for invasion fleets, since it is impossible to invade a framepoint held by an enemy. (They just “turn off” their end of the Network and the invaders vanish, no one knows exactly where.) Invaders from the outside can triangulate on an enemy solar system, create a point locus which is independent of the enemy’s side of the Network, and send an invasion fleet that way.

The expense and risk involved is considerable, however. Point loci tend to be unstable over any extended period of time, so the window of opportunity for an invasion is limited. To use an historical analogy, each invasion is like a major amphibious assault during World War II. If a large enough beachhead is not secured quickly, the invasion will face disaster by being stranded and overrun. Moreover, because of the impossibility of matching loci in open space, the point locus must always be created within the photosphere of a star. In essence, the star itself serves the participating frame generators as a common target. But that obviously presents its own set of dangers.

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Categories: Eric, Flint
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