Ancient time: cosmos, change, and the measure of motion
Compare Plato and Aristotle on temporal order and measured change, then use a motion example to clarify what a modern temporal reconstruction adds.
Read the guideTexts, concepts, and context
How earlier questions shaped the programme
Ideas about time have been developed through astronomy, natural philosophy, metaphysics, and mathematical physics. This historical route places the Single Monad project within that wider conversation, with particular attention to Ibn al-Arabi’s cosmology and the interpretation of its temporal vocabulary.
Read the history through distinct questions
The six historical guides move from ancient accounts of change to Islamic discussions of duration and renewal, Ibn al-Arabi as interpreted in the source literature, early modern disputes about absolute and relational time, and the operational and quantum roles of time in modern physics.
The reading route compares questions while preserving differences in vocabulary, aims and evidence. Historical concepts provide context for the motivation of SMM/DTT; a similarity of language does not by itself establish an earlier version of a modern equation. Each page identifies its sources and explains the particular connection being drawn.
6 connected guides
Islamic debates on time: measure, creation, and causal necessity
Read selected arguments from Avicenna and al-Ghazali on motion, time, and causation, with a careful bridge to lawful renewal in SMM/DTT.
Read the guideIbn al-Arabi’s time: relations, renewal, and manifestation
Explore Ibn al-Arabi’s temporal themes through Mohamed Haj Yousef’s interpretation, with explicit distinctions between historical meaning and DTT models.
Read the guideEarly modern time: Newton, Leibniz, and the meaning of a clock
Compare Newton’s distinction between mathematical and measured time with Leibniz’s relational argument, then examine what clock calibration adds.
Read the guideRelativistic time: synchronization and the duration of a path
Follow Einstein’s operational treatment of clocks through synchronization, relativity of simultaneity, and a worked proper-time comparison.
Read the guideQuantum time: phase evolution, discrete outcomes, and records
Explore time in quantum mechanics through a two-level phase calculation, measurement records, and the reconstruction questions posed by SMM/DTT.
Read the guideTerms such as day, eternity, motion, and creation can serve different purposes in different texts. A historical reading asks how a term functions in its own argument before comparing it with a modern quantity. Similar language can motivate a connection, but it does not by itself establish an identical theory or a technical anticipation.
The articles move from early cosmological models through Greek, Islamic, and later discussions of time to the books underlying the SMM/DTT programme. They provide context for the questions that recur in the mathematical work: unity and multiplicity, the relation of time to motion, and the possibility that observable order depends on a deeper process.
Competing accounts of time
Compare absolute, relational, cyclical, and motion-based approaches as historical arguments, attending to the problem each author or tradition was trying to resolve.
Ibn al-Arabi in context
Read temporal and cosmological terms through their textual setting, distinguishing literal duration, symbolic order, and metaphysical dependence before drawing connections with physics.
From interpretation to research
Trace how historical ideas motivate the Single Monad project while keeping the later mathematical constructions and empirical claims accountable to their own evidence.
Continue with the articles
All 220 articles →A Brief Overview of Early Cosmological Models
Early cosmological models combined descriptions of the heavens with explanations of order and motion. Their differences clarify why a common dynamical account is stronger than separate fits to observations.
Read article →Time in Philosophy and Science, Introduction
Temporal order, measured duration and experienced passage answer different questions about time. Their distinction clarifies how SMM/DTT connects generative activity with completed events and accessible records.
Read article →Time in Greek Philosophy
Greek discussions connect time with cosmic order, motion and number. Plato and Aristotle provide contrasting ways to frame the later distinction between the generation of events and the measurement of change.
Read article →Time in Earlier Islamic Philosophy
Earlier Islamic debates connect time with motion, creation and continuing dependence. They illuminate the challenge of explaining how renewed states retain the lawful relations needed for persistence and memory.
Read article →Time in Western Philosophy
Absolute, relational and experiential approaches ask different questions about time. Comparing them clarifies clock conventions, temporal order and the retained relations required for an observable history.
Read article →Introducing Ibn al-Arabi's View of Time
Ibn al-Arabi’s treatment of time relates change and manifestation without treating time as an independent container. The Single Monad interpretation connects this relational account with renewal, records and completed observation.
Read article →Reading Volume I: time and creation
Volume I introduces the historical questions about time, creation and unity that motivate SMM. This thematic guide connects relational duration and renewal to modern questions about retained identity, while separating textual interpretation from physical derivation.
Read article →Reading Ibn ‘Arabi — Time and Cosmology
The historical study of Ibn ‘Arabi supplies concepts and questions that inform the later Single Monad program. This guide explains how context, translation and explicit comparison prevent historical analogy from being mistaken for a modern physical derivation.
Read article →Keep following the question.
The glossary explains the vocabulary; the reading paths connect the ideas; the source register points to the original arguments.