Themes: Paracausality

So, stepping out of the ‘verse for a moment, why does paracausality exist?

Thematically speaking, the existence of paracausality says something very important about the nature of the universe. It means that it’s impossible to deny the existence of free will. (Or, rather, you can, but it’s about as useful as standing on a planet’s surface and denying the existence of gravity.)

You make choices, and your choices make you, and the universe you exist within. Create or destroy, heal or harm, save or damn, it’s all down to choice.

And either way, it’s your fault. No-one made you do it, not without rooting your brain and turning you into a non-volitional tool. Not society, not your parents, not circumstance, not culture, not memes, not instincts, not your friends, not your enemies, and certainly not the deterministic unfolding of acyclic causal graphs. Just you.

You chose, and the world responded. You did it. And the consequences are yours to own and to live with, forever and a day.

This gives the world a rather vital quality, especially in fiction: meaningfulness.

Eldraeic Word of the Day: xatírár el rótaní

xatírár el rótaní: (“do the needful”)

  1. (common) A request to do that which is necessary or required in a given context, with the respectful implication that the other party is trusted to understand the needful and operate autonomously.
  2. (rare) A request to do that which is understood without being spoken. Used in situations requiring deniability.
  3. (rare; ISS) An instruction to arrange a cauterization.

Question: Dark Stuff

In recent questions:

What’s the status of dark matter/energy in the setting?

Munson sez: ‘There ain’t no such thing. Somebody just needs to correct their math, is all.’

The honest answer is “I haven’t established that yet”…

…but here’s some bullshit I just made up that should not be considered official canon:

If the in-‘verse theory of information physics (and its non-local hidden variable implications) is true, then the universe has a lot of metadata to keep track of. (Traditionally described as kept “Elsewhere”.) The more interesting interactions happen in any given location, the more metadata is generated.

Let us now handwave some sort of information-energy equivalence, or at least that information has its own effect on the space-time metric. (In honor of the original author who came up with this one, we can call it Pratchett’s L-Space Hypothesis.)

Conclusion: dark matter is actually all the universe’s metadata distorting space-time from its secret lair. It tends to halo around galaxies because that’s where all the interesting stuff happens.

(Let the weeping of the physicists now commence.)

((For those who don’t mind a particularly silly universe – and this one is definitely not canon – we could also postulate that dark energy, which has the opposite – universe-expanding – effect, is produced by ignorance; or, I suppose, technically, computational operations which could have happened but didn’t produce it as a byproduct. So study hard, folks, and keep thinking — or the universe will explode!))

Eldraeic Word of the Day: Demév

demév: (from old Cestian deméthír, “wizard”) skilled practitioner, professional, one of notable expertise in a given area.

Casual descriptions of such expertise can be given using tra- compounds; however, various formalizations of these exist both general, such as alathdemév (loremaster), eléfdemév (obligator, “oath-master”), haindemév (warmaster), and mahademév (craftsmaster); and specific to individual professions.

Examples of this latter include alételídemév (pilot, “master of winds”); brandemév (blacksmith, “iron-master”), a specialty of nistrademév (smith, “forge-master”); riandemév (blademaster, meaning by extension a master of the martial arts); sashírdemév (fashionista, “master of glamor”) and leirdaërdemév (manipulator/intriguer/diplomat, “master of mist-games”).

Lumenna-Súnáris System (12): Andrár

So, having completed all ten planets of Lumenna in this series, we now move to its companion star’s nine, once again, beginning with the innermost:

I/1. Andrár

Class: Eurymic
Orbit (period): 0.08 au (6.198 T-days)
Orbit (ecc.): 0.06
Radius: 2,850 miles
Mass: 2.51 * 1024 kg
Density: 4.88 g/cm3
Surface gravity: 0.81 g

Axial tilt: 1.2°
Rotation period: 6.198 T-days (tide-locked)

Black-body temperature: 687 K
Surface temperature (avg., sunside):  824 K
Surface temperature (avg., nightside):  69 K

Atmosphere: None.
Hydrographic coverage: 0%

Satellites: 2 moonlets.

The innermost planet of Súnáris, tide-locked Andrár was a twin of Eurymir in all but name; a tide-locked rockball of brightest day and blackest night; if anything, even more sun-scraping than Eurymir.

Its colonization, however, followed a markedly different pattern. Rather than an experimental or resource world, Andrár came under serious consideration in the era in which laser sails and early fusion drives were competing as possible propulsion systems for the first interstellar starships. Andrár, thus, was developed as a power plant and interstellar laser system.

Much of the surface of Andrár, in the modern era, is oddly smoothed by years of autoindustrialism – on sunside, the planet is practically plated pole to pole with layers of solar panels and thermal generators, whose cold radiators likewise cover much of the nightside, broken only by the rectennas beaming power to the planetary ring statite (and other nearby habitats), and the huge laser arrays dangling upwell therefrom.

While not used for the colonization ships the designers had in mind (Kasjan Lyris’s fusion drive having won the battle to power the Deep Star vessels), Andrár’s lasers did sterling work propelling starwisp probes to nearby systems in preparation for the colonization efforts, and served as interstellar communication lasers during the days of the Thirteen Colonies. While the renaissance promised by the Laserider Network never came about, due to the discovery of a workable FTL system, the Andrár Beam Station continues to power starwisps on their way through the Thirteen Colonies, and supply various other initiatives in the home system, such as comet melting and zone refining, that need all the laser.

(Computation of exactly how much energy you can extract from the sunlight falling on half the surface of a world 0.06 au from a K2V, plus the above temperature difference, is left as an exercise for the calculation-loving reader. For everyone else, trust me, it’s a fuckjoule.)

Lumenna-Súnáris System (11): Raziké

I/10. Raziké

Class: Alessán
Orbit (period): 32.4 au (184.424 T-years/67,362.71 T-days)
Orbit (ecc.): 0.06
Radius: 37,668 miles
Mass: 1.01 x 1027 kg
Density: 1.08 g/cm3
Cloud-top gravity: 1.86 g

Axial tilt: 4.1°
Rotation period: 12.1 T-days

Black-body temperature: 46 K

Satellites: 4 close moonlets (including Hyníne). 2 major moons (doublet). 6 eccentric moons.

Lumenna’s outer ice giant, a brooding dark blue-green, is a backwater in an otherwise busy system. Very few sophs travel as far out into the system as Raziké and its moons, beyond even the three stargates in the Lumenna sub-system (orbiting in a stable rosette at 24 au), trans-solar transit traffic excepted. There’s not much reason to, the options for doing so are limited, and the light-lag is extraordinarily inconvenient.

There are three principal qualities that bring sophs here: cold, ice, and privacy. Combine as you will, and you see a region whose inhabitants – if we discount the Distant Early Warning stations operated by the IN – are a few batch-mode computronium nodes, deep time data vaults, comet herders and ice miners, and the scattered communities and hermitages of those wanting to get a long way away from it all. Total population is below a quarter-million sophs.

I/10/a. Múrazór and I/10/b. Múrnamár

Class: Gelidian
Barycenter orbit (period): 1.356 million miles (10.17 T-days)
Barycenter orbit (ecc.): 0.04
Total Mass: 1.42 x 1022 kg
Density: 1.71 g/cm3

Black-body temperature: 46 K
Surface temperature (avg.): 42 K

Atmospheres: Trace. Primarily carbon dioxide and nitrogen.

Raziké’s major moons are a doublet; a pair of ice bodies orbiting around their common barycenter, which in turn orbits Raziké proper. The statistics given above are for the Múrazór-Múrnamár pair as a whole; the mass of the doublet is split two-thirds/one-third in Múrazór’s favor.

Múrazór houses much of the local population, in the form of an IN base for the outer-system picket, a scientific research station, and the Comet-Herder’s Gather, a meeting place and floating market for the population of the sub-system and nearby Senna’s Belt.

Múrnamár, by contrast, is almost untouched.

The Order of Defenders

A reader pointed out on this Discord that this

(go read it there)

has a vaguely eldraeic flavor.

Which it does. Not something a direct analog to which would exist *there* , mind you, inasmuch as defending yourself and civilization is something written right into the Imperial Charter, Section III, Article V: “Responsibilities of the Citizen-Shareholder”1. But the underlying sentiment, that certainly does.

(And the technarchs have their equivalent of the Ritual of the Iron Ring, too, as do many others. One of these days, I should trot out, for example, the plutarch version.

No-one has forgotten or denigrated the memetic power of ceremony in this ‘verse. What else, indeed, is the Logarchy of Protocol, Ritual, and Symbology for, or the entire profession of symposiarchs?)

And if you were wondering if the lay orders of Barrascán have appropriate ceremonial along these lines, well yes, they do.


  1. Well, that, and you aren’t going to find anyone prepared to tolerate being described as “the weak”.