Pixels

Pixels are standardized energy–matter units derived from refined metallic substrates, most commonly appearing as small, bright yellow-gold cubes. At a material level, they are best understood not as currency or raw gold, but as engineered crystalline matter—atoms arranged into a perfectly repeating cubic lattice with extreme precision down to the molecular and near-atomic scale. This uniform structure gives pixels their characteristic appearance and makes them uniquely compatible with advanced fabrication systems.

The base material used to create pixels is typically a high-atomic-number metal, often gold or gold-adjacent alloys, chosen not for value but for stability. Elements near the middle of the periodic table offer an ideal balance: they are heavy enough to be atomically dense and energetically rich, yet not so massive as to resist restructuring. When processed into pixel form, the atoms are locked into a metastable lattice that can be sheared, subdivided, and reassembled with minimal energy loss, allowing pixel printers to efficiently transmute them into both lighter and heavier elements through controlled nuclear and molecular rearrangement. In effect, pixels act as a flexible atomic “feedstock,” sitting at a practical midpoint from which most common materials can be synthesized in relatively few transformation steps.

What makes pixels especially valuable is not just their composition, but their predictability. Because every pixel cube is structurally identical, fabrication systems can model and manipulate them with extreme accuracy, bypassing the uncertainties inherent in heterogeneous raw materials. This consistency allows printers to improvise intelligently—calculating substitutions, reinforcing structures, and resolving incomplete schematics on the fly—without needing bespoke material handling for each project. In-world, pixels are therefore less a substance than a format: matter reduced to its most useful, standardized state, optimized for conversion, storage, and reconstruction in a civilization built on fabrication rather than extraction.

Mechanically Pixels are standard currency denoted with a suffix 'P' or 'KP' for kilopixel. Pixels being the core currency either p or P are equally used and the entire letter is reserved for pixels.

1KP is equivalent to 1E of storage encumbrance.