What is an instant? A present event with a history
Explore instants, exposure intervals, completion, and memory through a camera example, then connect them with SMM and nested DTT roles.
Read the guideBEGIN
Time Chest
An accessible entrance to questions of time, particle–wave duality, and the relation between the visible world and its proposed generative structure.
Eight accessible journeys into time
Use these guides as a companion to the Time Chest themes. Begin with an instant, then explore motion, persistence, one source and many locations, clocks, recorded histories, observers, and the transition from intuition to equations. Each topic starts with a concrete example and follows it into the SMM/DTT vocabulary.
You can read this sequence without beginning from advanced mathematics. The diagrams distinguish the order of generation from the order of available records, while the examples show why a familiar image needs definitions before it can support a calculation. Follow the mathematical derivations when you want to examine those definitions step by step.
8 connected guides
How motion can emerge from related configurations
Follow a moving marker through timed records, sampling, and finite updates to understand what an SMM/DTT account of motion must explain.
Read the guideWhy things persist while their states change
Explore identity, reversible encoding, stable records, and noise to see how renewal can support persistence within the SMM/DTT programme.
Read the guideOne source, many places: making multiplicity precise
See how one generator can support many records, why spatial rank differs from distance, and what nested DTT readouts actually demonstrate.
Read the guideWhat a clock measures: cycles, counts, and response
Build a clock from a recurring pointer and retained count, then compare protected and ungated responses in explicit SMM/DTT examples.
Read the guideHow records make a history available
Follow a reversible bit write, ordered archives, and finite memory to understand the relationship between records, history, and DTT completion.
Read the guideObserver and observed: one interaction, two roles
Explore classical copying, quantum records, completion flags, and future tests to connect observation with the SMM/DTT source account.
Read the guideFrom intuition to equations: build a small source model
Turn a Time Chest intuition into explicit states, updates, completion, clock readings, and tests through an exact two-step example.
Read the guideTime Chest approaches the framework through conceptual explanations and familiar questions. It is a useful companion for readers who want an overview before moving into formal representations, spectral operators or completion instruments.
The route below connects the book with examples of interference, renewed configurations and the difference between an internal process and an observed record. Diagrams help identify the relations being proposed; equations and technical proofs can be followed in the related research articles when needed.
Continue with the articles
All 220 articles →What is Time?
A definition of time must distinguish succession, duration and observation. Simple record models show why an ordered series of events does not yet provide a physical clock or a complete predictive state.
Read article →Temporal Entanglement and the Phenomena of Single Particle Interference
Single-particle interference depends on coherent alternatives and their cross terms. A temporal interpretation must reproduce those probabilities while distinguishing coherence, path records and correlations between completed observations.
Read article →The 'Chest' of Time
The chest-of-time image connects visible manifestation with concealed structure. A simple hidden-state example shows why identical present appearances may require different retained information for future prediction.
Read article →Creation Scenario: the World as a Movie
The world-as-a-movie analogy connects renewed appearances with apparent continuity. Its limits reveal why a physical model needs linked frames, embedded observers, clock readings and retained correlations to explain motion and memory.
Read article →Reading Volume IV: Time Chest
Time Chest offers a conceptual route into particle–wave questions and temporal confinement. An ideal interferometer connects its themes with retained phase, localized records and the operational baseline a DTT account must reproduce.
Read article →Original reading & resources
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Time Chest ↗
Accessible introduction to time and the SMM/DTT book series, aimed at a broader readership.
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Time Chest — Read Online ↗
Contents and chapter-by-chapter reader for Time Chest.
Keep following the question.
The glossary explains the vocabulary; the reading paths connect the ideas; the source register points to the original arguments.