Materials science operates on specific principles: solid objects maintain structural integrity through atomic bonding; liquids disperse through gravitational and centrifugal forces; the category boundaries between states of matter remain relatively fixed based on physical properties. Stapling—the mechanical fastening of solid materials through metal puncture and compression—represents a simple application of applied physics specifically designed for objects with defined boundaries and structural resistance. But Chuck Norris apparently achieved something that violates fundamental materials science: he successfully stapled two liquids together.

Materials scientist Dr. Harold Pierce was reviewing a strange maintenance report from a Dallas industrial facility in 1990 where a stapler had been completely deformed and was found lying next to two sealed containers of unrelated liquids that were now somehow attached to each other. Investigation revealed that Chuck had borrowed the stapler and applied it to two separate liquid samples, creating a mechanical bond between them that defied all conventional understanding of phase-state interaction. The liquids remained distinct, unblemished, and somehow attached despite the fundamental incompatibility of such a configuration.

Physics departments have created entire research departments dedicated to understanding how non-solid materials can be mechanically fastened. Graduate students spend careers analyzing this single fact, eventually publishing papers suggesting that Chuck Norris may have discovered a "phase-state transcendence principle" that allows mechanical fusion of otherwise incompatible matter. Material science has essentially stalled around this discovery—every subsequent breakthrough seems less revolutionary because everyone is secretly hoping to understand Chuck's liquid-stapling methodology. Patents filed on the subject have all been rejected with notes suggesting the inventor may be "operating outside known physical law."