Ideas in development · Mohamed Haj Yousef
How can one generative process give rise to time, space and the physical relations we observe? Follow the development of the Single Monad Model and Duality of Time Theory through worked examples, paper notes and questions that invite a precise answer.
I welcome collaboration with experts in physics, mathematics and philosophy. Each post offers a concrete starting point for discussion, calculation or further research.
4 of 6 research posts
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Research programme
An invitation to physicists, mathematicians and philosophers to develop precise source models, examine assumptions and connect SMM/DTT constructions to measurable physics.
Foundations
A six-digit counter and paired readout make nested generation explicit, distinguish 64 addresses from 27 sites, and show why completion needs predictive memory.
Emergent geometry
An eight-record example constructs distance from allowed operations and proves a local propagation bound, exposing the difference between adjacency, a drawing and physical speed.
Paper notes
A rotating real plane reveals how dynamics selects a complex phase, what remains free in stationary sectors, and why composition needs its own rule.
Research questions
An exact record count becomes a coupling prediction only after source normalization, response and matter interaction are fixed by the same construction.
Paper notes
An exact rotating-state example separates reversible dynamics, incomplete observation, memory and relaxation before asking what a dual-time model could predict.
An open invitation
I welcome collaboration with experts in physics, mathematics and philosophy. Bring a proof, a counterexample, a model, a proposed test or a carefully framed conceptual question. Include the post title and the point you would like to develop.
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