Records Across Nature, Life, and Mind

Records are the persistence layer that turns isolated resolutions into cumulative history. This paper argues that durable, informative, non-destructively readable traces of resolved outcomes—records—are a missing middle layer in explanations that rely on memory, inheritance, or learning. We formalize a minimal definition of record and embed it in a constraint-guided resolution cycle: collapse under constraint selects an outcome, writes records, produces residue, and updates constraints for the next resolution. The same structural logic operates across physics, biology, and mind. These roles are constitutive of collapse as a cumulative process: without records there is no cumulative objectivity, no inheritance, and no learning. In physics, redundant records drive inter-observer consensus; in thermodynamics, entropy is read as the residue of pruning; in biology, genomes and inherited structures function as records that become constraints on future phenotypes; in mind, memory, belief, and externalized symbols shape perception and coordination. We list three portable, falsifiable signatures—redundancy-driven consensus, neutrality-delayed resolution, and constraint-sweep hysteresis—that connect this record logic to measurable behavior across domains.

**Keywords:** records; persistence; constraint-guided collapse; cumulative dynamics; accessibility; objectivity; entropy; inheritance; update