Inner generation & completion
The role of retained records, nested operations, and observable order.
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Time and the emergence of a physical world
An introduction to the Single Monad Model and Duality of Time Theory, with routes to the detailed research on SMONAD.
The question behind the programme
The Single Monad Model (SMM) asks how multiplicity can arise from a common generative source. The Duality of Time Theory (DTT) develops the distinction between inner generation and outer completion: the operations that prepare a configuration are distinguished from the retained results available to observation.
The research programme aims to connect geometry, clocks, and matter within a common dynamics. Its mathematical constructions, philosophical motivations, and physical interpretations should be read at their respective levels. A result in a specified model is not, by itself, an experimental confirmation of the whole programme.
Explore the research themes
Geometry, clocks & matter
How spatial readouts and persistent patterns enter a specified construction.
Phase, symmetry & interactions
Published phase-selection mathematics and the wider gauge-symmetry programme.
Constants & physical tests
Distinguish structural counts, model response, calibrated quantities, and predictions.
A route through the evidence
Move from an introductory explanation to assumptions, results, and open targets.
Journal papers
Exact publication titles, publisher links, and reusable citations.
A connected research programme, not a single completed proof.
The published papers establish particular mathematical results under stated hypotheses. A unified physical construction must additionally connect those structures with independently defined measurements and testable consequences.