Overview

Unified Ground-State Dynamics

A minimal generative architecture for physical structure.

Research question

How much known physical structure can arise without assuming particles, spacetime geometry, quantum amplitudes or gravitational fields as fundamental primitives?

UGSD approaches this question by starting from a reference ground state, a compensated event, relational compatibility and global compensation.

Minimal architecture

ZDBReference state

E = (+, −)One compensated event

E_ij: n_ij → n_ij + 1Unit relational increment

Σ r_i = 0Global compensation

C_n+1 ∈ Compat(C_n)Compatible composition

Minimal generative relation

The most conservative current formulation does not require a unique next microstate. Instead, UGSD defines the set of admissible compensation-preserving continuations:

\[U_0(C)=\left\{C'\in \mathrm{Compat}(C): \text{ compensation accounting is preserved}\right\}\]

This allows the framework to remain constraint-defined at the fundamental level while effective deterministic or probabilistic behavior can emerge at coarser descriptive levels.

What UGSD deliberately does not assume

Fundamental 3+1 coordinates

A predefined spacetime metric

Particles as elementary ontology

Hilbert space as a starting primitive

Gauge groups as fundamental input

Planck scale as a literal lattice spacing

Generative structure

CORE relational structure

↓

Compatible histories

↓

Open / non-recurrent

Closed / recurrent

↓

Propagation-like response

Bound / persistent response

What UGSD currently claims

UGSD currently makes a structural claim: a small relational architecture is sufficient to organize open and recurrent dynamical classes from the same underlying rules. It does not yet claim a complete derivation of the observed particle spectrum, all coupling strengths, or all microscopic dynamics.