ZDB
A reference ground state relative to which realized relational distinctions are represented.
Current research framework
Unified Ground-State Dynamics
From compensated events to physical structure.
UGSD asks how much familiar physics can arise from a minimal relational foundation: a reference ground state, one complete compensated event, relational compatibility and global compensation.
ZDB+E = (+, −)
Compatibility+Compensation
↓
Open historiesRecurrent histories
↓
PropagationBound structure
The idea in one minute
A deliberately small starting point
Event
A realized event is one complete compensated unit, not two independent objects.
E = (+, −)
Compatibility
Not every imaginable configuration is realizable. Successive configurations must remain relationally compatible.
Compensation
Local residuals can exist while the global relational accounting remains compensated.
One architecture, different regimes
What may emerge
DERIVED
Propagation
Open, non-recurrent response classes provide a structural basis for propagating behavior.
Explore propagation →EFFECTIVE CLOSED
Matter & mass
Persistent recurrent structures provide a candidate basis for bound energy and inertial response.
Explore matter →CANDIDATE
Gravity
Bound energy is investigated as a source of static compensating response of the ground state.
Explore gravity →CANDIDATE
Quantum response
Ordered, compatible alternatives provide a candidate basis for interference, contextuality and Born-like weighting.
Explore quantum response →Current scientific status
What UGSD currently is — and is not
UGSD is an exploratory foundational research program, not an experimentally established replacement for contemporary physics. Its strongest results are structural: a compact generative architecture, an open/recurrent split, and effective candidate mechanisms that can be compared with observation.
The project deliberately separates what is assumed, what is derived, what is calibrated to measured physics, and what remains open.
View the full closure audit →Open science
Public research archive
Omni-Coherence publications and versioned research records are collected in a public Zenodo community.
Research principle
Use known physics as calibration and experimental constraint — not as hidden input to the fundamental mechanism.
CORE DERIVED EFFECTIVE CLOSED CANDIDATE CALIBRATION OPEN