A Structural Elimination of Long-Standing Problems in Fundamental Physics Finite Resolution, Internal Description, and Category Errors

This record provides the overview and organizing entry point for a research program examining several long-standing “unsolved problems” in fundamental physics. Rather than proposing new particles, interactions, or dynamical laws, this series demonstrates that a number of canonical problems arise from a shared category error. Under finite resolution and internal description, these problems are shown to dissolve structurally and independently. The series establishes a common set of minimal premises—finite resolution, irreversible internal projection, and non-privileged description—and applies them uniformly to multiple domains. Each associated volume isolates a single problem and demonstrates its elimination without cross-dependence on other topics. The following volumes form part of this research program and are linked as related works: Vacuum Energy Hierarchy Problem Quantum Gravity Arrow of Time Dark Matter Each volume is designed as an entry-point paper and may be read independently. Detailed mathematical, conceptual, and phenomenological developments are archived in the cited records under persistent identifiers. Disagreement with the conclusions of this program requires explicit rejection of one or more stated premises. This research program consists of the following volumes: Vol.1 — Quantum Measurement (foundational layer)Vol.2 — Hierarchy ProblemVol.3 — Vacuum EnergyVol.4 — Quantum GravityVol.5 — Arrow of TimeVol.6 — Dark Matter Each volume is archived as an independent record with its own DOI and can be accessed via the related works listed above.