Worldbuilding Exercise, Part V: Development of a Community

For the previous post in this series, click here.

Having spent some time looking at high-level issues for the course of this sci-fi setting, I’m now going to shift gears in this post and “zoom in” to create one of the lower-tiered communities I’ve vaguely described before.

This community will be one that, because of its value systems, largely stands alone from the tiered system entirely, as those communities with extreme ideologies, experimental societies or strong adherence to values of self-sufficiency tend to do.

This community starts with a social movement that arose just as body augmentation began to become a regular part of society. While all augmentations—including cybernetics and bio-engineered prostheses—caused a deepening in the already-wide gulf between the haves and the have-nots, the pinnacle of this technologically-based fracturing occurred with high-level genetic manipulation.

Those who could afford to have themselves or their children genegineered, as the neologism went, created individuals who were smarter, more attractive, more physically capable, and less susceptible to disease and injury than “baseline” humans, perpetuating the regime of dominance they already enjoyed through social influence and wealth.

The community we’re concerned with developed as a backlash and form of social resistance to the so-called genobles. This began in traditional punk fashion: the incorporation of alternative political ideologies—anarchist, socialist and otherwise—with other value systems and a look that set them apart from “mainstream” society. The loose community of like-minded individuals challenged the “perfected human” ideal through their own forms of body modification and augmentation. Members of the community sought to outdo one another with extensive and grotesque physical forms that questioned the meaning of humanity and brought attention to their cause. They styled themselves Revoltists, both because of their revolt against mainstream values and because of their practice of adopting revolting physical forms.

As society evolved toward the tier system, so did the Revoltist movement. Anarchist ideology became dominant among members, and a system of meaning crept into the physical forms adopted by adherents. Eventually, the scientists involved with the Revoltist movement created genetic templates for different physiognomies, further standardizing the various “looks” of Revoltists. The technologies of body augmentation had become less expensive and more affordable as the decades passed, further enabling the consolidation of the movement.

During this time, the Revoltists co-opted parts of the Otherkin community (some of whom had used body augmentation to create bodies that matched the creatures they believed they really were; this nevertheless caused a schism in the Otherkin community) and decided that the use of faery mythology provided a symbolism readily-adaptable to their ideologies. Revoltists began to create themselves as elves, goblins, trolls, and all other manner of creature connected with the various faery mythologies of the world, with each different physiology representing certain sub-ideologies, arguments or schools of thought within the collective.

Following the faery paradigm, the Revoltists divided themselves into a Seelie Court and Unseelie Court, with the Seelie Court representing collectivist anarchists and the Unseelie Court representing individualist anarchists. Further subcategories—trouping faeries and solitary faeries, seasonal “courts” and other constructs borrowed from faery mythology—provided further categories for belief systems within the larger whole of Revoltist anarchy.

Eventually, the group began to refer to themselves as the Fae, dropping the Revoltist moniker altogether. As humanity established colonies on other worlds, the Fae participated by establishing their own communities, though the majority of the organization elected to make their home in a massive flotilla of ships, often referred to as the “Faery Fleet.”

The problem with genetic modification is that—without intervention—you pass to your children the traits you’ve chosen for yourself. The latest generation of the Fae have many members who are Fae in appearance only—they do not subscribe to the values and ideologies on which their community was founded, leading many of them to leave the Faery Fleet or other Faery colonies to find a place where they can feel that they belong. Some undergo the genetic modification to return to more human physiologies, but a great many take their look with them, a reminder of where they came from even if it is not a place they can remain. This new diaspora has resulted in a sort of “manufactured racism,” as members of the Fae who attempt to reincorporate into “mainstream” societies still represent the other, physically, socially and ideologically.

Worldbuilding Exercise, Part IV: Warfare

For the previous post in this series, click here.

To fully understand the politics of a setting, one must also understand warfare. For now, I’m not going to address space-based combat—though I’ll have to eventually. Here are some notes upon the general nature of modern warfare in this setting:

Large-scale battles are a rarity, but they do exist. Because of the privatization of military resources, warfare in the common sense of the term only occurs when there are broad-scale clashes between high-tier associations and/or powerful corporations that have not been resolved by diplomatic measures or arbitration. Most often, large-scale warfare occurs when one or more parties attempts to resist abiding by their contractual agreements and refuses to accept arbitration of differences.

Instead, asymmetric warfare is the order of the day. Mass communication networks and the prevalence of virtual reality interfaces mean that anyone with determination, time and access can learn combat skills individually—anyone can become a trained soldier or killer. Meanwhile, body augmentation allows for individuals to become capable of exceptional physical and mental feats without the dedication necessary for grueling athletic training.

Autonomous manufacturing resources allow the untraceable (or at least not-easily-traceable) production of weapons, armor and militarized devices. The tiered-system of communities makes the regulation of such items difficult at best. Even anti-proliferation of weapons of mass destruction seems almost a lost cause, with humans’ best solace the fact that the diaspora amongst the stars makes extinction of the entire human race through warfare or weaponry extremely unlikely.

This means that small, motivated groups have all the tools they need to become effective fighters on a small scale. This is true of regular citizens with above-board defensive interests, criminal organizations, terrorist groups, and communities built around militaristic principles.

Thus, skirmishes and small-scale actions between highly-trained and well equipped teams are far more common than wholesale warfare.

This style of combat lends itself to operations that would have fallen to “special operations soldiers” in the 20th and 21st centuries. The limited resources (all considered) of smaller teams of operators influence mission types, which are more often focused on strategic, infrastructure, economic or political targets over “take & hold” missions that require large groups of infantry and other personnel to maintain. Quick, surgical strikes and terrorist-style attacks are unfortunately common, as these allow even the smallest of communities to influence sociopolitics without having to secure the support of their higher-tier patrons.

Informatics and informational warfare are of course key. Ubiquitous connectivity incentivizes hacking attacks as much as more traditionally-combative ones—though it is increasingly the case that information warfare has become in inseparable part of tactical operations rather than an independent means of warfare.

As with all asymmetric warfare, identification of combatants and non-combatants is a constant issue. Despite the use of special tactics and technologies, innocent bystanders are common victims of the disputes—ideological, political, economic—between small and self-contained tactical teams composed of individuals armed-to-the-teeth.

Despite heightened awareness of the psychological maladies that stem from participation in combat and new treatment techniques, post-traumatic stress disorder and related conditions remain a constant personal and social issue. Psychologists attribute this in part to empathic atrophy caused by the overuse of technological communication over interpersonal, face-to-face encounters, but also by the fact that many who learn their combative skills do so through games and simulations that allow for training in the physical methodologies of combat without preparing participants for the psychic stress of walking the edge between life and death and the taking of human lives.

Even though most military encounters are fought by small groups of people—often between four and thirty to a side—combined arms tactics and strategies remain at the forefront of the most effective warfare techniques. The use of semi-autonomous robots, such as drones, computerized artillery, and adaptive vehicles gives tactical teams opportunities to use combined-arms resources even on small scales with requiring the dedication to a large number of people to control those aspects of the fight. A single operator assigned toward informatics and hacking needs and a second set to supervise and coordinate the operation of drones and other automata is often enough to allow the rest of the team to focus on taking the fight directly to the enemy.

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Worldbuilding Exercise, Part III: Politics in Broad Strokes

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Having addressed some of the preliminary issues, and having decided that this setting will deal with political and ideological struggles, it’s time to let the rubber start to hit the road. I prefer to start with the big ideas first and then see how multiple big ideas influence one another to determine the details.

Today, then, we’re going to look at politics in the setting.

I’ve done a fair bit of research on the speculations of political scholars and futurists about what kind of government systems the future will hold. Here’re some brief conclusions from that research that will influence the choices that follow:

(1) Francis Fukuyama’s “End of the World” hypothesis is dead. In fact, I’m of the mind that it was DOA.

(2) A number of writers see an end to nationalism in the globalization of society because technology allows us to form bonds that transcend national boundaries through newfound communicative outlets. These writers see ideologies and interests as the boundaries on which future sociopolitical groups will define themselves.

At the same time, we’ve witnessed in the start of the 21st century a decided throwback to nationalist sentiment, largely as a response to mass emigrations of refugees from middle-eastern countries in conflict, but also as a response to a feeling that the East is reaching greater parity in influence with the West, ending centuries-old Euro-/Anglo-centrism. We can point to Trump’s election and the rise of extremist nationalist organizations (some of which ought to be classified as terrorist groups) as well as the growing anti-immigration, cultural-supremacy and nationalist sentiments expressed in Germany and France.

I am curious as to whether these phenomena represent the death throes of historic nationalism or refute the “end of nationalism” theories espoused above.

(3) If nationalism does—at least for the most part—die in our future, what do governmental systems look like?

Some of the writers above see a sort of neo-feudalism in our future, where patron-vassal relationships on various scales replace strict national boundaries.

Other scholars note growing dissatisfaction (justified or not) with the ability of governments to effectively provide the essential services demanded by their citizens. These thinkers see an increase in private organizations providing services formerly the purview of government agencies. There’s plenty of evidence to support this—Space-X and Blackwater come immediately to mind.

While this latter idea appeals to my inner cyberpunk, I have significant doubts about the extent to which corporations and other businesses would insert themselves into direct governance. Why? Because the goal of corporations is to make money; the bureaucracy of governance and the tasks associated with providing for the common good are good ways to sap the bottom line. If recent American politics is any indication, corporations seem to be better served wielding great influence over governance without the attached responsibility.

With those things in mind, here’s what I’ve decided on for this sci-fi setting:

Free Association and Tiered-Relationships: I’m going with the idea that enhanced communication, the interchange of cultural ideas and opportunities to colonize other worlds and/or find secluded places for experimental societies will indeed cause newer communities to form based on ideological constructs over nationalism. Of course, some of these ideological constructs will be based on religion; ethnicity and traditional language and culture and even, sometimes, nationality. But, on the whole, we would expect to see a greater number of smaller ideologically-organized communities rather than a smaller number of larger “nations.”

Economics would dictate that these smaller communities would find an advantage to organizing for the provision of traditional governmental services—infrastructure, defense, etc. Those communities closest to one another (provided that they can get along) will have a common interest in local matters and may have resources enough to direct provide some services to citizens either collectively or individually.

For larger scale needs—long range shipping and post, military defense and security, medical care and the like—the average small scale community cannot provide alone. By collectivizing—at least in terms of bargaining and paying for traditionally-governmental services—small communities may retain their individuality and autonomy while enjoying infrastructure and services benefits formerly only provided by larger-scale government organizations.

Not all services would be bargained for at the same level. A collection of a handful of communities—micro-city-states, if you will—might band into an association for the provision of waste removal services and local utility provision. For larger scale needs, though, they need a larger collective, so their association joins with other similarly-sized associations to form a bigger bargaining bloc—a higher tier of collectivization. This larger association may then negotiate for the provision of more expensive services—long-range communication or healthcare, for instance.

Three or four tiers of associations would be sufficient to provide for the majority of services and governmental functions needed by the average community, meaning that a community (in addition to being an autonomous “local government”) would belong to several tiers of organizations, each higher tier acting as a sort of patron to its lower-member tiers in what we might call a collective feudalism.

Privatized Service Providers

Some corporations have developed specifically to provide various governmental functions by contract with the tiered associations described above. One corporation might specialize in security and law-enforcement services, another in medical services and hospital maintenance, another in data-management and bureaucratic processes (licensing, maintenance of health and safety codes, etc.) and a fourth might maintain s standing army for the defense of its contracted communities.

Of course, the savviest corporate directors and executives will diversify their business interests, with a “mega-” or “hyper-” corporation having a plethora of subsidiaries involved in various fields. By forming subsidiaries to provide governmental services, these larger corporations enjoy a number of benefits. They gain influence over civilian governments while being paid by those same communities for the privilege of the services. This allows the corporations an influential role in many aspects of daily life without requiring a loss to the bottom line for purchasing such influence. Additionally, when a subsidiary provides government services to a community or association, that naturally creates a market for the goods and services of the corporation’s other subsidiary operations.

The New Transparency

The system of collective bargaining with privatized service providers does not provide corporations with a tyranny over civil life. Because they operate by contract, they have a responsibility to their customers to show that they are providing for the consumer’s best interests and performing their functions efficiently and effectively.

In theory, this is simply a formalization of the social contract philosophy espoused by Hobbes, Locke and Rousseau. Some scholars argue that, at least in the abstract, this system provides definite democratic advantages—the governed may sever the relationship with a governmental agency that seems inept or corrupt without the necessity of bloody revolution—renegotiated contracts and legal maneuvers now serve a function that formerly required musket or machinegun.

In practice, however, the system—like perhaps any human system of government—has its share of flaws and disadvantages as well. At their heart, corporations are driven by the profit motive rather than a desire to selflessly better the lives of others. While many corporate directors hope to accomplish both ends simultaneously, there is a natural conflict of interest here that requires strict scrutiny from the governed to keep in check. The less scrupulous see only the need to provide the appearance of a fair and equitable provision of government services, and the governing ideals of some communities and associations reject traditional democratic ideas anyway, allowing for as broad a range of abuses and exploitations as any found in the 21st century.

Subscription Citizenship

While the diversity of ideologies behind the myriad communities in existence across known space makes generalization a typically foolhardy task, it is nevertheless true that the majority of autonomous communities have resorted to subscription memberships for citizenship rather than traditional taxation. Beyond the general idea of “pay to belong,” are an ever-expanding list of variables in how citizenship subscriptions are handled, including: non-monetary contribution requirements, exclusivity of citizenship, the effect of criminal conviction, whether tiers of citizens are available, the method of calculating the cost of a citizenship subscription and the scope of governmental services provided for citizens.

Citizenship in a particular community naturally entails membership in the tiered associations to which the community belongs—allowing both associations and individual communities to deal with non-citizens based upon the legal and economic relationships between the various associations at each tier, much as certain countries once favored some foreign nations over others.

Additionally, a community’s attitude toward and treatment of those without any citizenship varies greatly, with some communities or associations requiring the provision of at least basic support and rights to those without citizenship and others treating them as non-persons.

Those who lack citizenship in any collective or combine—and there are plenty—are known by various names: scavs, scavvers, wastrels, wastelanders, outcasts and more. As one might surmise, most of these epithets originate from the fact that these individuals often live in the wasteland between communities, where they must forage and scavenge for their basic needs. Non-associated communities—those who belong to none of the tiered collectives of mainstream communities, must be self-sufficient or rely upon the benevolence of other communities for their continued survival. Without a powerful defense force, these communities may be forced away from valuable resources or “annexed” by those communities whose ideologies make a place for slaves or other subclasses of citizens.

The largest corporations have citizenships of their own, though not everyone involved in their company (or companies) has (or is even eligible for) corporate citizenship.

If both communities and tiered associations allow, one may change one’s citizenship as easily as redirecting the destination of one’s subscription payments (and the amount, as necessary). The extent to which this is possible varies greatly even within the same associations.

Quis custodiet ipsos custodes?

All of these contractual and negotiated relationships require some mechanism for their enforcement. To that end, several independent judiciary bodies have developed. Professional jurists and scholars of jurisprudence in the employ of these organizations have developed uniform codes of law and a privatized system of courts—based on the old concept of civil arbitration—to provide a framework for the relationships and contracts between communities, their associations, and service providers.

Each contract designates the specific organization whose law and arbiters will be used to resolve disputes and to control contract interpretation for that relationship. There are several such organizations, some specialized in particular types of law—interplanetary shipping, employment, healthcare, etc. The most powerful judiciary organizations are Curia Ultima, the Interplanetary Arbitration Syndicate (IAS) and Secured Transactions and Relationships (STR).

These organizations deal only in what we might call “civil” law—providing for money damages and the redistribution of property to compensate for contractual breaches or tort offenses—criminal punishment is not addressed by the arbitration organizations and is usually a matter of international diplomacy.

On the other hand, the arbitration organizations do have their own military forces and the ability to hire mercenary outfits to enforce their judgments. While small-scale skirmishes sometimes result when a losing party resists enforcement of a judgment, large-scale confrontations are rare as they are likely to bring the contracted militaries of the mega-corporations and community associations to bear for the sake of preserving this entire system, which operates based on consent.

The arbitration organizations are funded in several ways. First, those organizations wishing to use them must premiums—not unlike insurance payments—based on that organizations estimated use of the system. Second, the arbitration organizations are themselves the recipients of fines levied for bad behavior (as opposed to damages awarded to the other party as compensation for wrongdoing).

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A Worldbuilding Example – Part II: Sci-Fi Technology

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We’ve got a lot of high-level decisions to make before we get into the gritty details. Since this’ll be a sci-fi setting, deciding on the availability and prevalence of various technologies—particularly those staples of the genre—seems a good next step. What follows are the decisions I’ve made for the setting.

Consciousness Transfer/Mind Uploading: This is a popular topic lately, both in speculative science and fiction. Ray Kurzweil and his like assure us that we will soon be able to digitally transfer our minds into mechanical bodies and live forever. The ability to do this is an important facet of Altered Carbon and the Eclipse Phase RPG. I, however, don’t believe that this will ever be possible. Most important, we’ll never actually know if it works—I cannot with surety know that another person is actually conscious. Yes, this is somewhat solipsistic, but we simply don’t have an objective test to prove consciousness, just a set of tools that leads us to assume consciousness. This leads to some problems when a “transfer” of consciousness could result in a resemblance of transferred consciousness but with the actual result of killing the actual possessor of the consciousness.

The Kurzweil argument, while having a strangely spiritual component, is a materialist one. As I’ve discussed on the theological side of the blog, I don’t find materialist science to be very convincing when it comes to existential questions.

Add to this that we don’t really understand the origin or nature of consciousness (see the “hard problem” of qualia, for instance) and I have substantial doubts about the possibility of mind uploading.

Possible or not (and, in all candor, we don’t know whether it is or not and maybe advances in science will find some way to answer the question definitively), there is no denying that mind-transference makes for interesting stories. If digital immortality is included in your world, you have the potential to create some truly mythopoeic stories.

Nevertheless, I have decided that, in this setting, this technology has either been proved to be unsuccessful or that there is insufficient confidence in the effectiveness of the available technologies for anything to have been widely adopted. This preserves the dramatic power of death and the threat thereof and helps push us toward some grit in the setting.

DNI (Direct Neural Interface): Current science is making great strides in the interface between the brain and technology for multiple purposes—prosthetics, mental control of computers, even devices that—with training—can roughly predict what a person is looking at based on brainwaves.

Whatever the possibility of transferring consciousness from a meat-brain, there’s no question about the possibility of the brain interacting with computerized devices. Thus, this technology will be prevalent and in many forms—electronic “telepathy,” direct mental control of devices and machines, full-immersion virtual reality (almost indistinguishable from “real” reality), memory recording and transference (think Strange Days).

Ubiquitous Computing: We’re already starting to see more and more devices connected to the internet to gain even the slightest of advantages over offline versions. With inventions such as “smart dust” and more effective signals transmission, very few places would be out of the reach of the equivalent of the internet. Combined with “standard” augmentations, most people have the opportunity to be “online” to the extent that they wish to be and to mentally interface with most constructed objects (systems security aside, of course) in their immediate environment.

FTL Travel and Communication: I don’t know what it is, exactly, but I find the possibility of being unable to travel to the vast majority of the universe kind of depressing. While there are a few theoretical methods for beating Einstein’s speed limit (like the Alcubierre Drive), it seems that faster-than-light travel is not in our near future.

I don’t care. Faster-than-light travel is fun and I don’t want to get into the existential horror of relativistic time. I’m going to use the classic “hyperspace/slipspace” conceit—a spacecraft with the proper type of engine can shift into a physical dimension with a different geometry or rules of physics than our own that, with caveats and complications, allows for travel at much greater than speed of light.

Under the rationale for FTL travel, I could potentially see some ability to send data through the same medium for instantaneous communication. However, I want to complicate things somewhat—a delay in the receipt of an important message may have Shakespearean proportions of drama, and I’d like to capture some of that. So here’s what I’m going to say: FTL communication requires an open connection between two places in “normal” space through “hyperspace.” Data can’t simply be converted into data in hyperspace and transmitted, it must be “beamed through” a wormlike tunnel through hyperspace.

This means that ships will need to have the capability to send messages by opening up temporary connections to known communications hubs to send messages. This makes the manufacture and control of those communications hubs strategically valuable, provides for some time-delay for communications, requires spaceships to hold a position to receive reply messages and requires ships communicating through FTL to route through communications hubs. This nuance I think will give us some ready story hooks.

Human Augmentation: The types and qualities of human augmentation will be extensive. The cyberpunk genre has focused on “chrome” and mechanically-based augmentations or bio-engineered alternatives. Certainly there will be some of each, but current research seems to indicate that much human augmentation will be a hybrid of the biological and digital, with researchers working on making biological computer analogues (on a small-scale, of course) and the embedding of artificial substances in biological ones (like enhanced eye lenses or retinal structures).

I’m not sure that any sentient alien species in this setting will necessarily have much real communication and contact with humanity, so augmentation will provide for a broad array of differentiated “subspecies” of the Homo genus.

Human augmentation will also be responsible for a widened socio-economic gap between the “haves” and “have-nots.” Manufacturing techniques (see below) may be in the process of democratizing augmentation, but the sharp divide in wealth exacerbated by the earliest waves of limited-availability augmentations still has continuing effects.

In addition to having practical benefits, I expect human augmentation to have become an important means of self-expression—tattoos and piercings on the next level, so to speak.

Terraforming: Human colonization will have been heavily supported by the science of terraforming. Planets must have certain inherent characteristics (like being in the habitable zone of a star) to be eligible for such transformation, but the process itself (probably provided by AI) has been mostly successful.

When first set to thinking about this setting, I thought to avoid space opera “one-terrain” worlds—the jungle moon of Endor, the one-massive-desert of Tatooine that people still somehow decided was a good place to make a home, etc. However, when I decided that terraforming would be a distinct technology, I started to think about places with artificially-created and not-entirely-but-close homogenous biomes. This makes sense especially for small “luxury” worlds

Manufacturing: Nanofactories, or “nanofacs” are essentially highly-advanced 3-d printers. With the proper raw materials, a nanofac can construct anything that will fit within it and for which it has the schematics. Contemporary design (as is largely already the case) is computer-based rather than through the construction of physical prototypes.

This creates some subissues for economics and society that I’ll have to work through: How are schematics controlled? What is the current state of intellectual property law and how extensive is schematic piracy? Is the economy based almost solely on the provision of raw materials and services?

AI and Robotics: There is much fear about artificial intelligence in our modern society (and perhaps rightly so). Reference I, Robot or Terminator. However, I’m going to go a different direction from many sci-fiction settings:

The major qualm about “artificial intelligence” is that we can’t really know if the highest-level hardware/software programs are actually sentient or only very good Turing machines. Nevertheless, humans actually managed to achieve what AI they have in a responsible and precautionary manner. Only limited AI with strict programming protocols and protections from “emergent” features are allowed any autonomy or connectivity. Agent/Assistant programs and robots alike are significantly limited in their capacities—usually only able to perform a limited number of tasks with superhuman effectiveness and otherwise possessing capabilities below that of the average human.

“True AI” as humans think of it are built in self-contained units without any wireless or general connectivity to the world at large. Data is input either by hand or through portable storage devices rather than through the kinds of free data-exchanges used by most technological devices.

AI is used only for research—for the creation and analysis of large-scale simulations to improve scientific and technological understanding. Much of the work of AI research is “catching up” to an understanding of the data output by an AI to make something useful from the machine’s own conclusions.

Rather than approach things from the robot’s side, as Aasimov and others have done, I want to look more at how humans react to living in proximity to artificially created entities that probably aren’t really sentient but about which one cannot truly tell. Some recent sci-fi work has already started to explore this topic (Robot and Frank; Her).

Spaceships: Spacecraft capable of FTL travel will be too large and heavy to exit the gravity of most planets upon landing, so smaller “landers” and “lifters” are used to transport people and goods from a planet to a true starship.

I have identified a need to do some research into what current scientist think that ship-to-ship warfare between starships would look like. While I like the idea of age-of-sail-in-space type combats, I have a distinct feeling that actual starship battles would be far more like a big game of Battleship—trying to find the enemy at extreme range before he finds you.

Artificial Gravity: I have to admit being pretty torn about this one. There are really two things we’re talking about when we talk about artificial gravity. The first is essentially “anti-gravity,” the ability to provide lift significant-enough to allow hovering without the heat and energy of some sort of thruster. There are enough alternatives with actual scientific plausibility (ground effect vehicles and the like) to provide this without resorting to the scientifically implausible, and I appreciate that.

The rub comes about with “true” artificial gravity—the ability to simulate gravity in a spaceship and thus avoid the inconvenience and strangeness of weightlessness in space. While there are ways (rotating structures, for instance) to simulate gravity, current science predicts that—because gravity is a part of the shape of the cosmos and not particle-based force—artificial gravitic fields are essentially impossible.

I remain undecided whether to use artificial gravity anyway or resort to more real-world solutions.

Power Sources: I’m going to use antimatter as a source for large-scale power, fusion for smaller applications and very advanced batteries for most portable power solutions.

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A Worldbuilding Example – Part I: Introduction and Influences

As I’m procrastinating from some of my other projects, I thought it might be fun to go through the worldbuilding process instead of only writing about doing so. This will be the first post in a series to do just that.

Initial disclaimer and caveats

There are many different ways to go about the process of worldbuilding, approaches and philosophies of creative work, foci and areas of interest in fleshing out a world, etc. I make no claim to be doing things the “right” or “best” way. I’m going to do this in the way that I’ve discovered works for me. I hope it helps you, even if how it helps is in causing you to do things a different way. Failing that, I hope it entertains.

A Starting Place: Purpose

We have a few high-level choices to make before we really get into it. The first is what we’re building a setting for. As I’ve mentioned many times, Avar Narn is the world I’ve been building for a long time and the main setting for much of my writing. Here, I’m going to try to do something different. To a great extent, I foresee that there will be some similar themes and ideas in both settings simply based upon the things that interest me. However, I’m going to try to keep this from being a rehash of the exact same ideas.

Those sidebar comments…aside…I’ve decided that I want to build this setting for a combination of creating a space to write in, a setting to use for roleplaying games should I so choose, and also simply for the enjoyment of the process. You might note that this hits on the main three reasons for worldbuildng I’ve discussed in other posts. The attempt to equally address these concerns I hope will make this series more helpful for others seeking to glean ideas from it.

Knowing my purpose, I’m going to now pick a loose genre. The emphasis is on “loose” here because I really like mixing genre conceits, as is already somewhat and will become more evident in my Avar Narn writings. As Avar Narn is loosely fantasy, this setting will be loosely sci-fi.

A Guide: Genre

A sci-fi setting for writing, gaming and art for its own sake. So far so good. There’re a lot of subgenres in sci-fi that are important to audiences, so I’m going to make some additional choices here to help allay what could become future obstacles.

I like my stories to be closer to the personal, the “realistic” (whatever that is) and the gritty. I’m not a scientist and, while I like theoretical physics and the like, I do not want to have to do any more math than is absolutely necessary. Consequential decisions: I will lean toward “hard” sci-fi but not slavishly so. I’ll try to avoid anything that blatantly violates the laws of the universe as we understand them, but I won’t avoid occasional handwavium if it serves the setting as a whole.

I’ve also decided that I’m going to use the shortcut here—so that the majority of my creative focus remains on Avar Narn—of using a future version of our world (and worlds beyond) rather than creating a sci-fi universe whole-cloth.

A Mission Statement: Theme

The setting needs a good core theme or set of themes to tie it together, much like an organization’s mission statement or the thesis of a scholarly work. We could just create bits of the world and see what themes float to the surface, but I find it far more efficient to decide what you want your world to do and then fill in the details to align with that.

Fortunately, I have a few themes to address with the setting:

  1. If humans have the technology to recreate themselves, what does that look like? How far will humans go and what are the reasons they’ll have for doing so.
  2. How does ideology (philosophic, religious, political, moral) drive history and individuals? What about vice versa? What makes us choose (or leave) an ideology? Do we choose our ideologies for emotional reasons, or practical ones, or something more complex? How strongly are we committed to ideology—what ideologies will we kill and die for, and why?
  3. Control—over culture, technology, relationships, even self. Do we really have it at all? If so, how do we take (or relinquish) control? What is the morality of control?
  4. The macro versus the micro—should humans prioritize large-scale constructs (governments, societies, institutions) or individuals? What do different prioritizations look like?

Four is plenty of high level themes, I think. This will give us a lot to play with but still have enough coherence for the setting to avoid the “kitchen sink” approach.

Assembling Building Blocks: Influences

And now I plan a heist. I’ve already spent a lot of time casing my targets, so it’s just a matter of infiltrating, stealing what I want, and getting back out. Here are some of the sources I’ll steal ideas from:

Novels

Altered Carbon (Richard K. Morgan) – billed as “hardboiled cyberpunk”, this fast-paced sci-fi noir story hits a lot of my sweet spots and (as far as I know) inspired the Eclipse Phase game mentioned below. As we’ll parse out later, I have some serious conflict about the idea of digital-brain transfers, but there’s much in this novel that inspires.

Snow Crash and The Diamond Age (Neal Stephenson) – Both of these novels have influenced me—both as writer and a theological thinker, believe it or not—so I can’t imagine but that I’ll draw some inspiration from them, though I think my own preferences and approach vary significantly from Stephenson.

Do Androids Dream of Electric Sheep? – I’m a big fan of almost all of Phillip K. Dick’s work (strange as some of it is), but this one seems to fit some of the themes and ideas I’m interested in for this setting well.

Old Man’s War (John Scalzi), Ender’s Game (Orson Scott Card), Starship Troopers (Robert Heinlein) – I love military sci-fi and, based on the themes above, there’s a significant role for military conflict to play in this setting.

World War Z (Max Brooks) – no, I don’t intend to have zombies. What I want to draw from this book is how it starts from a fictitious situation (here, zombies) and builds rational and believable sociopolitical events and histories on top. Please, for the love of God, ignore the movie.

Embedded (Dan Abnett) – I like Abnett’s writing for the Warhammer 40K universe, and this military sci-fi novel does a lot really well and has a feel and setting with a lot I’d like to use.

Non-Fiction Books

Future of the Mind, Physics of the Future and Physics of the Impossible (Michio Kaku) — Kaku has for some time been a popularizer of scientific ideas, particularly through his TV appearances. These books contain speculations from the well-researched to the wild and almost certainly unfounded—perfect for sci-fi.

Out of Control: The New Biology of Machines, Social Systems & the Economic World (Kevin Kelly) – a Wired magazine editor’s part celebration, part warning about future technologies.

Movies and TV

Alien Series – I love the industrial look of spaceships in these films, where (if I’m to think about it perhaps overmuch) the ship reminds us of the horrors of a soulless industrial society that places profits above people just as we’re faced with an alien threat.

Blade Runner and Minority Report – As I said, I’m a big fan of PKD and while the films often miss some of his more poignant inquiries, they perhaps make up for that in inspirational visuals.

Inception – as we come closer and closer to virtual reality—and virtual reality difficult to distinguish from real reality being soon to follow—this film has plenty of ideas in it that makes sense in almost any sci-fi setting (especially when combined with the sort of nasty tortures and interrogations that virtual spaces are used for in Altered Carbon).

Firefly and Serenity – while I want to steer clear of the “Western in Space” idea (despite it working so well for these stories), there’re are many ways in which FTL travel would create some Old-West-like frontiers, and stories one might not think of—like Revenant (in SPAAAACCCEEE!) could also abound. In fact, why are there so few “classic” wilderness survival stories in sci-fi? Plenty of spacefaring hard-sci-fi survival stories, but not so many in the wilderness (unless I just don’t know them).

Battlestar Galactica – I have to say that, despite greatly enjoying this series, there’s a lot from it I wouldn’t use in my own sci-fi stories. Nevertheless, I’m sure there’s something to glean from the dross, I’m sure.

Tabletop Games

Infinity – if you haven’t seen the 28mm skirmish game (and upcoming RPG) Infinity, take a look. I typically have a hard time getting into anime, but despite the anime influence on this setting, it’s fascinating and I love the art style.

Shadowrun – this game was really my introduction to the cyberpunk genre and there’re some cool ideas here. As I mentioned above, though, I don’t intend this setting to be strictly cyberpunk, despite some of the influences mentioned.

Video Games

I take a lot of my writing inspiration from visual experiences, so the art style and consequential “feel” of film and games often helps my creative juices flow. When I think of doing a sci-fi setting, I think of Mass Effect (how could one not), Dead Space and Titanfall.

Futurist Reports

To a great extent, I think calling oneself a futurist or futurologist is a way to indulge in sci-fi imagination while still retaining some scientific credibility. Regardless, there are a number of futurologists whose reports provide ready fodder for thinking about human society and technology in the near future. I’ll be drawing on futurist reports, articles, speculative timelines, etc. for inspiration.

Art

As I said above, I’m very visual in my imagination, so I spend a lot of time creating collections of inspirational art and photos, most often pulling them from DeviantArt.com. For this setting, the two artists there that immediately come to mind are Shimmering-Sword and StTheo. Careful going down the DeviantArt rabbithole—you can lose hours wandering through the works of all of the talented artists there (or sorting through the crap that gets posted alongside them).

Other

TED Talks will also play some role I’m sure, as I tend to enjoy listening to them and they do relate to technology, after all. To some extent, I may find other podcasts or programs with something to contribute.

NEXT TIME: Some high-level choices about the particulars of the setting.

For the next post in this series, click here.