Build the framework.
Understand the common source, observable records, six nested inner roles, and outer completion.
SINGLE MONAD MODEL · DUALITY OF TIME THEORY
Time at the
origin of space.
Could space, matter, and motion emerge through temporal generation? Explore the ideas, mathematics, and open questions of the Single Monad Model and Duality of Time Theory.
220expanded articles
46explanatory figures
6constants to explore
3featured journal papers
NEW · THE FOUNDATIONS GUIDES
Follow the ideas, step by step.
Eight expanded guides connect SMM and DTT to worked examples, six new diagrams, 60 glossary definitions, and 26 questions and answers.
Work through the mathematics.
Trace phase selection, clocks, geometry, memory, response, and atomic binding.
Find a clear explanation.
Look up the vocabulary and the questions that connect the concepts to physical models.
CHOOSE YOUR WAY IN
A place for every kind of reader.
Begin with the ideas.
Meet the common source, inner generation, and outer completion. Build the vocabulary before following the formal arguments.
A guided introduction →Follow the construction.
Trace the route through phase, dimensions, clocks, matter, and constants. See what follows from each model and what remains to be selected.
Explore the research →Read the foundations.
Explore Ibn al-Arabi’s account of time and creation, the question of unity and multiplicity, and the books that develop the framework.
Enter the book series →THE CENTRAL DISTINCTION
From one source
to a completed world.
SMM and DTT ask how the relations we observe could arise through a common generative process. The task is to connect each step with explicit mathematics and physical meaning.
Understand the framework →- 1
One generative source
A proposed common origin of observable multiplicity, before spatial positions are treated as independently given.
- 2
Nested inner generation
Six functional roles organize the proposed construction of spatial relations. They are nested stages, not separate measured time axes.
- 3
Outer completion
A retained record becomes available to observation. A physical model must explain the clock, readout and memory that make this possible.
PUBLISHED RESEARCH
Read the mathematical foundations.
Open Journal of Mathematical Sciences
2026 · Vol.10 · pp.996–1012
2026 · Vol.10 · pp.996–1012
Completion principles, real commutants, and positive-frequency geometry for orthogonal Hilbert representations
Completion, compatible complex structures, and the conditions behind positive-frequency geometry.
Physics Letters A
2026 · Vol.594 · 132085
2026 · Vol.594 · 132085
Real-Commutant Phase Selection from Real Hilbert Representations
How real representations and their commutants constrain the selection of quantum phase.
Mathematics
2026 · Vol.14 · 853
2026 · Vol.14 · 853
Dual-Time Topological Geometry and the Emergence of Temporal Asymmetry in Non-Equilibrium Dynamics
A dual-time geometric approach to temporal asymmetry and reduced dynamics.
FROM THE ARTICLE ATLAS
Take a question further.
One action, two temporal roles
Explain the draft’s same-cycle foundation: inner action is primitive, while outer record order comes from completed observable returns. Neither role automatically supplies a second readable laboratory clock.
Read article →From three-dimensional readout to retained records
Trace the latest draft’s route from quaternionic readout to a selected grammar with 137 distinguishable records. Keep each structural choice visible in the explanation.
Read article →A normalizable hydrogen-like ground state
Introduce the lower-bound and bound-state results of the effective model. Explain how the supplied kinetic and potential rules produce a meaningful atomic test case.
Read article →AN INTERACTIVE RESEARCH WORKBENCH
What would it take to derive a constant?
Trace the assumptions, equations, numerical outputs, and unresolved matching steps for α, ℏ, G, electron mass, the mass ratio, and Λ.
THE BOOK SERIES
Read the larger argument.
VOLUME IThe Single Monad Model
Time and creation
VOLUME IIDuality of Time
Temporal generation of space
VOLUME IIIUltimate Symmetry
Symmetry and its interpretations
VOLUME IVTime Chest
A conceptual introduction
EXPLORE THE WHOLE WEBSITE
Follow the connections.
Independent section indexes connect the current collection with its original readers and resources.