Research programme
The arc
of the work.
Three years from primitive to public archive. The papers that exist, the experiments named, and what gets done next.
Current status
- Fourteen technical papers completed
- Three falsifiable signatures published in QM V
- Open review actively encouraged
- Experimental programme defined
- Ongoing theoretical development
Milestones
The dates that mattered.
2023
First drafts of PTG I circulated
Small private circulation of the primitive paper to a working group. First sustained objections received and incorporated.
2024
PTG II to V completed
Internal consolidation of the dynamics. The Lagrangian structure settles.
2025 · Spring
QM I to III drafted
Born rule recovery and the standard predictions reproduced. First runs at numerical signature work.
2025 · Autumn
PTG VI to IX and QM IV completed
Geometric extensions and the effective Lagrangian. Yukawa, Coulomb, and gravitational-like forces fall out of one source structure.
2026 · Spring
QM V released
Precision phenomenology and the three falsifiable signatures. The framework opens itself to the experimental community.
2026 · Now
Public release of the full archive
All fourteen papers, reader summaries, glossary, and the open contact channel. The book is in preparation.
Papers completed
- PTG I to IX — primitive through to the geometric extensions
- QM I to IV — measurement reframed, Born rule recovered, effective Lagrangian
- QM V — precision phenomenology and the falsifiable signatures
Experiments defined
- Matter wave coherence floor (sub-percent regime)
- Short-range Yukawa coupling deviation at the millimetre scale
- Parity-violating phase signature in entangled photon decoherence
Next objectives
- Independent reproduction of the QM V numerical predictions
- Publication of the consolidated book
- First applied prototypes in synchronisation and coherence-aware encoding
- Open simulation libraries for working groups