SINGLE MONAD MODEL / DUALITY OF TIME THEORY
How fine can
time become?
Explore a deeper temporal structure—and the experiments that could put it to the test.
Ultra-fine timing connects a fundamental question about reality with a practical challenge: how precisely can we measure, compare, and synchronize physical processes? The Single Monad Model (SMM) and Duality of Time Theory (DTT) propose that the continuous world we observe emerges from a more elementary temporal process.
A CONNECTED RESEARCH JOURNEY
Choose a chapter.
Follow the questions.
Move between conceptual explanations, hands-on models, experimental design, and opportunities to collaborate. Every chapter links back to the wider research website.
Understand the foundations
Explore inner and outer time, dimensional emergence, and phase coherence through three interactive teaching models.
02 / TIMING LABORATORYRun the timing models
Adjust the proposed time scale, transition frequency, background decay, and interrogation time; export reproducible model data.
03 / MATHEMATICAL MODELExamine the mathematics
Follow the assumptions, master equation, dimensional checks, and limits of the phenomenological timing model.
04 / EXPERIMENTAL PATHWAYDesign a meaningful test
Connect predictions to observable signals, calibrated instruments, model discrimination, and independent replication.
05 / APPLICATIONS & BENEFITSExplore the potential benefits
Explore possible rewards for navigation, communications, quantum science, software, and research training.
06 / RESEARCH & COLLABORATIONBuild the research programme
A staged programme requiring extensive support, international teamwork, and postgraduate research.
07 / QUESTIONS & SOURCESRead further
Frequently asked questions, a glossary, source notes, and links to the underlying research.
Continue across the author’s website
THE QUESTIONS BEHIND THE CALCULATION
Connect this laboratory to the fundamental problems
Follow inner-time generation and outer-time completion from a worked model to its physical research target.