Fabrication: Shapes

At last I finally have to get around to this, rather than worry about classes.

I’d here like to talk about not the colors of the various biocrystal strains, but their crystalline shapes and three-dimensional forms. I won’t be drawing them out, as cool as that would be, since at least, as a writer, I ought to be able to describe their shapes.

Colorless incolorite would grow in blocky formations, forming square or rectangular cyrstals.

White albite would be generally rather flat, rather than creating its own crystal form, growing in a sheet over any surface it touched, rather like a kind of cyrstal mold, I guess.

Pink rosete would grow in crystals in a shape not unlike that of rope, in series of two to five cords wrapped around each other. As previously noted, this one in particularly, unconnected to any other biocrystal (and perhaps even then) would be prone to roving around at random, more or less, unless one of the ends are somehow latched to a surface.

Red rubrite would grow in wiry, coral-like crystals.

Orange auranite would grow in flower-like formations which, similarly to albite, would then wrap around any object that somehow entered the interior of this formation to form a mold.

Yellow flavite would grow similarly to auranite, though it would react to liquids rather than solids.

Lime green pallidite would grow in small pebbles, attaching themselves to anything that came within range, breaking off from one another as they grew (probably they would repel one another). So a very old piece of pallidite would probably look like some kind of coral bush — perhaps like broccoli — which, upon interaction, would then burst into a myriad of small stones, ovular in shape, about an inch or two in diameter at the most.

Green viridite would grow as auranite and flavite — that is, in flower-like shapes.

Cyan cyanite would grow as auranite, flavite, and viridite, though it’s flowers would quickly close around the empty air before it.

Blue cerulite would grow in long, thin wires that, upon intersecting, would begin forming complex weaves. I think, perhaps, the ends of a cerulite wire would be very sharp, sharp enough to pierce itself or just about anything else, allowing these weave intersections to literally intersect and cut through one another. Or something like that, at least.

Violet ianthite would form as rubrite, in long wires.

Black melanite, finally, would form into medium-sized crystals — in this case meaning crystals that could fit in one’s hand or smaller — preferring to branch far out rather than cluster together, probably, if left alone long enough, creating long chains of roughly cylindrical or conical crystals.

Hopefully I’ll be able to get to some wildlife integration next time, create some plants and animals and other lifeforms that might use these.


Fabrication: History #11

For the final installation of the histories, I’ll be considering the last biocrystal, ianthite.

This is the biocrystal of communication, or rather of sending signals — whether they be visual, audial, or by other means (the exact means would be determined by cerulite attached).

The best use I can think of for this would be as a kind of wire between different biocrystals, allowing for circuitry and some programming for coordinating biocrystals. Though the first uses that people would find for it would be for signals, like flashlights or smoke signals — not exactly smoke signals, that is, but probably beacons of some kind that could be used in about the same way as smoke signals — or alarms.

Potentially, the medium of the signal could be modified and concentrated into a weapon, or for uses other than communication. Ianthite that emits light could be modified to shoot a laser; ianthite that emits sound could shoot rays; perhaps even ianthite could be made into guns or other projectile weapons.


History #10

And this week we deal with the master biocrystal, cerulite.

This is probably the most difficult to use of all the biocrystals, if only because it only functions in conjunction with the others.

Each of the biocrystal types has a unique shape, and cerulite in particular would look like a weave or a latice, not unlike how DNA might form, more or less (though cerulite certainly wouldn’t form the same shape as DNA). I imagine cerulite latices would form into one of a few number of knots (probably two or, more likely, four), that would be the foundation for a kind of programming language. The arrangement of these knots would then determine the function of that particular piece of cerulite.

Aside from these knots, cerulite would also grow tendrils to attach to other biocrystals, which the knots would then regulate/control.

In particularly concentrated amounts, cerulite can give rise to sentient beings, possibly even sapient beings. Probably not naturally, though. But I imagine creating sentient or sapient beings out of cerulite would be continual project for any civilization that encounters cerulite, much in the way our civilization reaches for A.I. (I think the two would be on some level more or less synonymous or something.)

The primary use for cerulite would be for moderating growth, either promoting it or limiting it for other biocrystals. It would also be the center of some lightly sentient machines, of, for example, self-moving carts or wagons, and, given significant research and invention, other machines.

Thoughts? Feel free to comment with any suggestions, questions, or ideas you might have.

Fabrication: History #9

And this week it’s about cyanite, the biocrystal of auramorphosis.

I’m less certain on the use of this transformative biocrystal than the other two — aurantite and flavite — that is, what the use of affecting changes in air composition and pressure and temperature would have for pre-industrial peoples, at least, though certainly air temperature modification would be quite useful for any people at any point in history.

The most useful, and probably the holy grail of cyanition scientists, would be weather manipulation: the manipulation of air pressure at high altitudes. And certainly I imagine such a blueprint would be available in the natural world, and so would be an accessible introduction into this art.

However, on the one hand, I think that close control of any weather created in this way — that is, specifically moving, say, a hurricane, from one place to another would require some kind of presence in the upper atmosphere where such weather occurs; on the other hand, I think any cyanite meteorological devices not in the upper atmosphere would rather create mists and fogs rather than proper clouds.

But besides the huge economic advantages from weather manipulation (and the likely huge changes of the environment of the world) and the comfort afforded by cyanitic central heating, I imagine some other uses, particularly in combat, such as generating clouds of toxic gases or areas of vaccuum.

Furthermore, other uses might include pneumatics (should rosete or pallidite prove insufficient for moving objects).

Thoughts? What might you use this system, or other systems for?

Fabrication: History #8

This week: Viridition.

Viridition primarily differs from the other transformative magics in that it changes the shape of the object, rather than the form — that is, it can’t change objects into different states of matter or even into different elements or molecules, but must preserve the molecules as they are, merely rearranging them into the form designated by the essence.

That being said, I imagine this would be one of the more useful biocrystals, particularly in that it can very closely, if not perfectly, replicate objects. Certainly it would give a jumpstart on mechanicalization, perhaps even into the bronze age — though only then in a limited way, with textiles and simple tools.

I don’t know how much this would affect the technological development of civilizations: on the one hand, it would certainly add to the leisure and output of civilizations; on the other hand, viridite wouldn’t allow them to discover new compounds, only merely to replicate those compounds which they already possess.

I’m not sure how viridite would deal with forged metals, that is, if the the finished product differs significantly from the raw material enough to qualify as a different material; if the crucible changes the molecules, or just the overall structure. Also food.

Or maybe I need to reevaluate this one entirely, what with its heavy overlaps with the other three transformative biocrystals.

But what do you think about it? Feel free to leave comments; I’d welcome some input!

Fabrication: Pallidition & History #7

Well, I finally figured out how pallidition is supposed to work.

Pallidition is a magnetic magic, that pulls objects towards it. However, in order to do this, it requires an essence of the substance that it attracts.

Rubrite also has some magnetic qualities, but only on objects they touch, not at a distance, and naturally moves those objects. Pallidite does not move objects, but rather they remain attached to its surface.

Being a very simple system, it would have a number of different uses once people figured out proper essences. It could be used to hang things up, keep things in place, and such. Theoretically, one could also use it to attract body parts out of their owner, at least at short range (I don’t imagine pallidition working at a range of more than a few feet, if that, although perhaps a melanite battery could expand the range of it, perhaps). Though wiring the essence properly would probably be tricky and not nearly as efficient as just using a spear or a gun.

I might say that pallidite would be used in all the places a magnet would be used, but the applications would at least be significantly expanded, owing to the fact that pallidite could be modified to work on any number of substances, not just metals.

Fabrication: History #6

And we’re back! Finally not sick or over-busy.

Previously in the History sequence we’ve discussed albate, the biocrystal of appearance, rosete, about autokinesis and movement, rubrite, about allokinesis and moving other things, melanite, about sensation and perception, and aurantition, about modifying solids. This week I’d like to consider flavition, the biocrystal of hydromorphosis — that is, transforming liquids.

The primary usage I would consider, and probably one of the first applications, owing to the high practicality of it, would be water filtration. By placing clean water in an essence container input of a flavite machine, one would easily be able to create more clean water and filter out bad materials. Similarly, waste water could be transformed into clean water and detritus that could then be more efficiently be rid of, or which perhaps would itself be transformed into clean water.

Other uses would probably be the dissemination of liquid medicines, and perhaps also disseminating various drinks — though that at least would be more difficult, owing to the organic nature of many of the kinds of liquids people are wont to intake, such as alcohols and juices.

Are there any applications that you would try, were you to have a biocrystal machine that could transform one liquid into another?