Survey and Reader's Guide to UGP Physics

The Reflexive Reality research programme is a sustained formal investigation into the structural constraints imposed on any perfectly self-contained reality — one with no "outside" from which its laws could be externally selected. The programme encompasses physics, chemistry, biology, evolutionary systems, computational systems, cognitive systems, and AI. It comprises two sister sub-programmes: NEMS (No External Model Selection), which formalizes the "no outside" constraint and machine-checks its theorem-grade consequences in Lean 4; and the UGP Physics Programme, the quantitative physics layer that derives masses, couplings, and quantum numbers from within. The central NEMS results (gauge group forced, three generations selected, Born rule derived, arrow of time fixed, quantum gravity constrained) are archived in 93+ papers at https://www.novaspivack.com/research. The UGP Physics corpus is the quantitative physics sub-programme of Reflexive Reality, sibling to NEMS. Where the NEMS papers establish why the Standard Model structure is the only consistent option, the UGP papers ask what numerical values the masses, couplings, and quantum numbers must take — and derive them from a single uniquely selected integer seed via a deterministic arithmetic cascade. This survey covers the 29 UGP Physics papers (P00–P29), providing: a one-paragraph summary of each paper, a thematic grouping into six natural clusters, an annotated logical dependency graph showing how the UGP results sit within the broader Reflexive Reality programme, reading paths for different research backgrounds, and the five-status epistemic taxonomy (A_ Lean, A_ MDL, A/D, B, D) used throughout the corpus.