Computational Resolution Failures

Computational Resolution Failures are incomplete pulse resolutions within the discretized binary substrate, events that produce gravitational effects without any electromagnetic interaction, and which the book identifies as dark matter. The book presents this as its solution to the dark matter problem: instead of exotic particles, the universe's missing mass is the imprint of incomplete Pulse processing, so the structure of the universe emerges partly from computation that did not finish. It opens the chapter 9 review, which goes on to density-dependent temporal resolution, parametric inheritance across universe generations, the computational inevitability of existence, phase navigation and symmetry breaking through overflow. Its observable consequences include dark matter profiles that depend on resolution and deviate from NFW models in high-resolution regions. It connects to Unresolved Computational Nodes, Unresolved Node Density, Dark Matter Profiles, Dark Matter Density Relation, Missing Mass Problem and Computational Substrate Architecture.