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.)

How to Talk to Rocks

“The typical computer in use in the modern Empire remains the parallel array of binary-encoded Stannic-complete processors that has been in use since the days of the first settled Stannic cogitator architecture. This is the case at all scales, from the smallest picoframe microcontroller to the largest mega, with the principal exception being the rod-logic nanocomputers used to provide computing power to microbots and other tiny devices, for which the distinction between hardware and software becomes fuzzy.

“These processors naturally come in a variety of designs utilizing a number of different internal architectures, microcodes, and instruction sets – even word lengths, although 128-bit words (banquyts) are an industry standard. That being said, while bare-metal programming is still taught to inculcate the fundamentals of the profession, it is rarely practiced today.

“Rather, high-level languages are compiled down to MetaLanguage, or ML. ML serves an an intermediate language whose core set of instructions is implemented, directly or indirectly, on all processors; a number of optional feature subsets (for physical interfaces, quantum computing, cryptography, and so on and so forth) may be implemented by various processors, but are not required. Exotic or experimental processors which wish to make use of ML, the majority, may implement their own private subsets. Code objects, or assemblages of such objects, are either precompiled upon installation or just-in-time compiled to platform-specific instructions for the processors they serve.

“The high-level languages of choice, naturally, are a much wider selection. The long-term leaders, at the time of publication, are:

Polychora: a general-purpose, multi-paradigm programming language designed to support object-, aspect-, concurrency-, channel-, ‘weave-, contract- and actor-oriented programming across shared-memory, mesh-based, and pervasively networked parallel-processing systems.

Descant: More dynamic and less strict than Polychora in its approach, and optimized for just-in-time compilation, Descant is a general-purpose language which, while supporting similar functionality in most areas, is optimized to serve in an extensible, modular, readily-integratable system-scripting role. Where convenient, it shares operators and syntax with Polychora.

Silvar: A dynamic language for data-structure-oriented programming, metaprogramming, and self-modification, supporting full homoiconicity while maintaining interoperability with other ML-based languages.

“Additionally, there are many domain specific languages in use. Common examples of these include Exapar (a language designed for convenient programming of nanoswarms and other massive-parallelism systems), eXchange (for expressing smart contracts), Imprimatura (used for declarative rights management systems), psylisp (an extended dialect of Silvar designed for optimal mind-state encoding and self-improving intelligent systems), and VIML (Virtual Interface Meta Language, used for virtuality design, along with specialized derivatives including IMF, the Interactive Modeling Format, and DObI, the Descriptive Object Interface).”

– Introduction to Computer Programming (Vol. 1.): Speaking To Minerals,
Imperial University Press

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The devices and techniques classed under PATELLA FLEXION are products of ISS research designed to assist field agents in social engineering, making use of hierarchy-based and submission instincts present in many sophont species. Rather than direct coercion or deception, the cerebroergetic and memetic technologies in this class function by projecting a comforting illusion of authority, designed to make its targets both well-disposed to and compliant with their user.

While effective (in proportion to the prevalence of said instincts; see relevant IES reports) in the former goal, they are of minimal use in the latter. Since PATELLA FLEXION leads the target to perceive the user as an authority figure communicating reasonable ideas – both observer-dependent – it can render actual communication (and thus persuasion of the target to do anything that they do not conceive their preferred authority-concept asking for from them) almost impossible. Worse, in some cases in which the target is hyperoneiric, it can trigger serious behavior excursions, often prejudicial to mission success.

Jini Raqelintios, Our Cabinet of Curiosities, ISS internal publication

The Accord of Galactic Polities

The Accord of Galactic Polities, less formally known simply as the Accord, is a loose meta-civilization composed of the non-starbound polities of the known regions of the galaxy. The Accord is frequently conflated with the Associated Worlds, which is more properly a galactographic term. (While the Accord is primarily composed of the polities of the Associated Worlds, it is neither exclusively nor exhaustively so composed; there exist both Accord signatories not galactographically part of the Worlds, and polities of the Worlds who are not Conclave signatories.)

It should be noted that the Accord is an association, not a governance – its membership is comprised of those polities which have agreed by treaty to observe certain borders, protocols, and procedures designed to maintain the peace and make trade and communication possible. Similarly, the Accord itself has no officers and maintains no offices; it is simply an agreement between its members.

The most important of the treaties which make up the Accord, of course, is the Accord on the Conclave, being a signatory to which grants full membership in the Conclave of Galactic Polities. This in turn grants you an embassy and exclave on the Conclave Drift, and the right to send one voting representative (titled curate) to the Conclave itself, along with a number of secondary negotiating representatives on the basis of your population. In short, it gives you a seat at the table.

Conclave membership also commits you to the single binding principle thereof: Members of the Accord shall not make war on each other, nor commit acts of war upon each other (including but not limited to piracy, slaving, and intentional destruction or confiscation of property), to the detriment of the Accord.

Violations of the Accords are arbitrated before the Central Conclave Court, an arm of the Conclave.

The ten lesser Accords (which are almost universally adhered to among signatories to the Accord on the Conclave, although a small number of members derogate from one or more of these agreements) are these:

I. the Accord on Colonization

The Accord on Colonization establishes the rules by which claims on colony worlds may be made and negotiated, and/or purchases may be made from the star systems held in trust by the Accord as the stargate plexus expands, including the allocation of limited numbers of habitable and near-habitable worlds as freesoil worlds, open to settlement by anyone.

NOTE: We would urge those polities for whom it galls to be asked to subordinate one’s expansion claims to the overall growth of known space, rather than to be able to expand as one wills into terra nullius, to study the historical summaries included in the first contact packet.

II. the Accord on Intellectual Properties

The Accord on Intellectual Properties provides for the mutual recognition of intellectual property claims between signatories, requiring them to treat all foreign intellectual property at least as well as domestic examples, and setting both strong minimum standards and weaker recommended standards for creator’s privilege, copyright, patent, discovery, and trademark law.

The Accord on Intellectual Properties does not provide for the recognition of intellectual property claims from non-signatory polities.

III. the Accord on Mail and Communications

The Accord on Mail and Communications establishes the Conclave Communications Commission, which addresses both the extranet and physical packet delivery.

In the former role, it defines and publishes open standards for extranet networking protocols and policies, and acts as a registrar for various shared extranet resources.

In the latter role, the Commission publishes transstellar addressing standards, and coordinates postal unions and other cooperative endeavors to ensure efficient and secure physical packet delivery throughout the volume of its signatories’ space.

IV. the Accord on Protected Planets

The Accord on Protected Planets establishes the Galactic Trusteeship Commission to regulate research access to and passage by protected planets, those planets subject to administration or interdict under the jurisdiction of the Conclave. Such planets typically include quarantined worlds, necropolis worlds, Precursor sites or other fossil worlds, unique sites of scientific interest, promising prebiotic worlds, and worlds home to unusual emergent sophont species that have not yet achieved technological competence or xenognosis.

It also sets the rules for designating a world a protected planet under Conclave law.

V. the Accord on the Law of Free Space

The Accord on the Law of Free Space sets common standards for interstellar jurisdiction, starship operations, space traffic control, communication protocols, duties and privileges of Flight Commanders and owners, distress, salvage, and related matters.

VI. the Accord on Trade

The Accord on Trade, through its arbitration and standards body, the Galactic Trade Association, defines protocols for trade and other forms of economic exchange between signatories, generally accepted accounting standards, transstellar corporate forms, choice of law, form contracts, trade categories and open standards, and provides access to interstellar transaction clearing services via the Accord Exval Fiscal Exchange.

VII. the Accord on Uniform Security

The Accord on Uniform Security coordinates law enforcement between the various jurisdictions within the Accord. Its provisions require either the extradition or local trial of criminals who are accused of serious crimes in another jurisdiction, with the reservation that signatory polities may reserve the right to only extradite and/or try those whose crime would have been such under local law.

It defines no universal legal code of its own.

VIII. the Common Volumetric Accord

The Common Volumetric Accord defines the agreement between Accord polities concerning what will be considered sovereign territory among star nations, on the system, planetary, and habitat scales, and which areas within and without it shall be recognized as free space, open to the passage of all.

It provides, additionally, for the recognition of regional galactographic institutes, and their coordination via the Galactic Volumetric Registry.

IX. the Ley Accords

The Ley Accords extend the Universal Accord on Sophont Rights to encode the rights of sophonts, both combatant and non-combatant, in time of war.

Their first chapter concerns itself with those Instruments of Regrettable Necessity which are capable of causing gross damage, such as gigadeaths or major environmental damage to a world, proscribing their use and laying out pains and penalties for violations.

The later chapters lay out the conventions of civilized warfare applying between signatories, forbidding the use of Instruments of Regrettable Necessity near civilian areas, types of noetic warfare which might affect or corrupt noetic backups, mistreatment of prisoners, and other causes of permanent and irreplaceable harm. Terrorism and other asymmetric or indiscriminate attacks on non-military targets are forbidden. Parole is to be accepted, as is honorable surrender, and quarter will be given. A baseline is also established for the treatment of POWs and of civilians under martial law in areas under occupation.

X. the Universal Accord on Sophont Rights

The Universal Accord on Sophont Rights (noted as universal as it is intended to be applied even to non-signatories) establishes the equality before the law of all sophont species, regardless of substrate, and their fundamental and inalienable possession of certain sophont rights: to liberty, to property, to associate and to contract freely, to defense of their self-integrity. It goes on to establish, too, certain rights derived therefrom to avoid misinterpretations.

The difficulty, of course, is in the details, and interpretations of the Universal Accord on Sophont Rights have been known to vary considerably between signatories – leading to a cautious approach in Conclave Court-led mediation which might prefer one interpretation above another – and in addition, the rights asserted are notably circumscribed: attempts to include economic “rights to” rather than “rights of” have been vetoed by the Conclave, for example, as have pressures to include protections for sub-sophonts against suffering or sophont cruelty, although non-binding statements of principles on these and other matters have been appended.

– An Introduction to the Accord, First Contact Publications


Belchar’s World, Battle of: The Battle of Belchar’s World – a term referring to Fourth Belchar’s, 6882 – while in most respects another of the minor squabbles endemic to the Shadow Systems, has attained a degree of fame through being taught in the majority of the Worlds’ military academies as an example of the problems that can result from close-orbital combat operations.

The battle was the last gasp of the Vile-Born Imperium’s attempted invasion of the freesoil Belchar’s World (Torgu Wilds). While a technical victory for the organized Vile-Born fleet against the irregular forces of the freesoil world, the majority of the battle took place in mid-to-low planetary orbit, resulting in extensive destruction of not only military craft, but also of civilian stations and other elements of orbital infrastructure – most significantly, the self-destruction of the orbital starport twenty-two minutes after Vile-Born boarding parties forced the docking bays.

Inevitably, the introduction of so much debris into this area caused a full-blown cascade catastrophe, resulting in mutual disengagement. After a number of attempts to penetrate the cascade zone with landing craft, all of which were lost with all hands, the Vile-Born fleet retreated from the system in good order.

(This was not to last: much of the fleet was subsequently destroyed in the Osquina Mutiny, instigated by a coalition of sub-admirals who preferred not to return to Vileheim and suffer the traditional sky-bath prescribed for failed naval officers.)

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.