Timeline
The
timeline.
Different milestones have different dates. Developing an idea, preparing a manuscript, releasing it publicly and later revising it are separate events. Only dates found in verified records are shown; other milestones are listed without a date.
Chronology
Milestones
- Original idea
Date not published
The phase differential idea
Development of the relational phase idea that later became PDT.
- Manuscript preparation
Date not published
Original PTG and QM series prepared
The fourteen original manuscripts, PTG I to IX and QM I to V, were prepared. Preparation dates are not release dates.
Original research series - First public release
May 2026
Research library opens on this website
The website announced the PTG and QM series on 29 and 31 May 2026. Those announcements are dated records of the website, not manuscript release dates.
Original announcement - Manuscript preparation
Date not published
Earlier development papers
Nine development manuscripts, PTG 1 to 5, PDT I to III and PDT MC 1, extended and revised the original series.
Earlier development papers - Revision or correction
13 September 2026
QM V correction notice
The experimental trio proposed in the earlier papers was withdrawn as a set of current predictions; the original manuscripts remain available.
QM V notice - Current foundational organisation
Date not published
R00 to R13 current foundations
The R00 to R13 suite became the current formulation of PDT. Manuscript PDFs are available on this website; release dates are still to be supplied.
Current foundations - Research programme
Date not published
Record, prediction and control workstreams
The research programme now centres on record formation, prediction under uncertainty and quantum control.
Research programme - Experimental or engineering result
Date not published
No experimental or engineering result documented yet
No experimental measurement or benchmark result has been reported. This entry will change only when a documented result exists.
Test register
Historical proposals
The earlier experimental trio
Earlier PDT papers proposed a coherence floor, a Yukawa-type force signature and photon parity or helicity effects. These proposals are retained in the historical research record, but are not current predictions of the foundational suite. A testable prediction requires a specified physical model, a quantitative calculation and an experimental protocol.