FaserRotten

FaserRotten is a fictional phenomenon described in speculative fiction and tabletop role-playing contexts as a form of rapid degradation that affects fiber-based materials. The term blends “faser” (fiber) and “rotten” to reflect pervasive decay of textiles, composites, and related substrates under microbial activity.

In-universe this condition emerges in post-industrial and climate-volatile settings where material reuse intersects with evolving microbiomes. It serves as a classificatory concept for sudden, localized breakdown of fibrous substrates, often linked to environmental stressors and changes in material chemistry.

Manifestations include softening and fraying of fabrics, discoloration, and the growth of slimy biofilms on fiber surfaces. Occasional odors and micro-scale changes to texture accompany visible damage. FaserRotten tends to spread most rapidly in warm, humid conditions and can propagate through direct contact, airborne particles, or contaminated tools, threatening woven textiles, paper-backed fabrics, and fiber-reinforced composites.

Causes and mechanism are fictional and involve a microbial consortium capable of secreting enzymes that degrade both natural fibers (such as cellulose-containing materials) and certain synthetic polymers used in textiles and composites. Environmental triggers—moisture, heat, and pollutants—facilitate activity and spread. In-world research explores resistant fibers, protective coatings, and targeted inhibitors to halt progression.

Impact and response centers on preservation and safety. Museums, archives, fashion industries, and space habitats depicted in fiction confront material loss, requiring quarantine, controlled storage environments, and specialized cleaning regimens. Detection methods combine visual inspection with environmental monitoring and molecular screening.

In culture, FaserRotten appears as a plot device to explore material fragility, conservation ethics, and the tensions between bioengineering and cultural heritage.