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The Single Monad Model of the Cosmos Inner Time and Outer Time
MONADSINGLE MONAD · DUALITY OF TIME
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A ROUTE THROUGH THE IDEAS

Read the connections
in a useful order.

Choose a question and follow it from its conceptual starting point to a calculation, an argument, or a precise research target.

01

Start with the two temporal roles

Begin with the difference between generation and observation, then ask how nesting, memory and a measurable clock can belong to one process.

  1. C001 · 6 min readInner time and outer time: SMM/DTT and McTaggart’s A-series and B-series
  2. C006 · 5 min readInner time and outer time: SMM/DTT and Whitehead’s process philosophy
  3. C362 · 5 min readSix nested generative levels and higher-dimensional geometry
  4. C363 · 5 min readInner generation and outer completion: the quantum-instrument bridge
  5. C377 · 5 min readTwo temporal roles and the Page–Wootters clock
  6. C439 · 5 min readOne source, one controller, or one shared dynamical law?
  7. C442 · 5 min readWhy six nested levels? A precise lower-bound test
02

From one source to spatial locality

Move from rank and dimensional readout to distances, bounded propagation and the physical transformations between observers.

  1. C185 · 6 min readEmergent spatial dimensions: SMM/DTT and String theory and AdS/CFT
  2. C265 · 5 min readQuaternions and three-dimensional readout: SMM/DTT and Standard Model quantum field theory
  3. C371 · 5 min readTemporal generation and locality: what a Lieb–Robinson bound proves
  4. C401 · 5 min readThe temporal origin of distance: reconstructing a metric from records
  5. C444 · 5 min readFrom three readable directions to a spatial metric
  6. C446 · 5 min readRadar distance: a concrete target for temporal spatial emergence
  7. C458 · 5 min readA Lorentzian cone and a theory of physical observers
03

Quantum phase, measurement and retained records

Compare interpretations, work through interference and complete instruments, and separate conditional statistics from physical influence.

  1. C121 · 6 min readTemporal entanglement: SMM/DTT and standard Hilbert-space quantum mechanics
  2. C127 · 5 min readSingle-particle interference: SMM/DTT and standard Hilbert-space quantum mechanics
  3. C133 · 6 min readMeasurement and completed records: SMM/DTT and standard Hilbert-space quantum mechanics
  4. C145 · 5 min readQuantum phase and complex structure: SMM/DTT and standard Hilbert-space quantum mechanics
  5. C151 · 5 min readDecoherence and memory: SMM/DTT and standard Hilbert-space quantum mechanics
  6. C369 · 5 min readSource memory and retained records: why one-time states can be incomplete
  7. C443 · 5 min readCan inner completion change a distant record? A no-signalling calculation
  8. C427 · 5 min readQuantum Darwinism: how one record becomes a shared world
04

Vacuum, gravity and the large-scale universe

Distinguish vacuum correlations from gravitational stress, then follow cosmological expansion, dark energy and quantum-gravity proposals.

  1. C061 · 6 min readVacuum as generative substrate: SMM/DTT and quantum field theory vacuum
  2. C074 · 5 min readCosmological constant and vacuum offset: SMM/DTT and semiclassical gravity
  3. C081 · 6 min readDark energy and accelerated expansion: SMM/DTT and ΛCDM cosmology
  4. C187 · 6 min readQuantum gravity and granular spacetime: SMM/DTT and General relativity
  5. C209 · 5 min readEinstein equations from effective dynamics: SMM/DTT and String theory and AdS/CFT
  6. C223 · 5 min readBlack-hole entropy and information: SMM/DTT and General relativity
  7. C431 · 5 min readDESI and evolving dark energy: a dated benchmark for DTT
  8. C451 · 5 min readTemporal holography and the covariant entropy bound
05

Matter, constants and the structural integer 137

Trace the route from phase algebra and retained histories to a response operator, physical calibration, masses and measured couplings.

  1. C265 · 5 min readQuaternions and three-dimensional readout: SMM/DTT and Standard Model quantum field theory
  2. C271 · 5 min readFine-structure constant and 137: SMM/DTT and Standard Model quantum field theory
  3. C277 · 5 min readElectron mass and scale selection: SMM/DTT and Standard Model quantum field theory
  4. C283 · 5 min readPlanck constant and action quantization: SMM/DTT and Standard Model quantum field theory
  5. C381 · 5 min readThe fine-structure constant: structural vacuum counts and running response
  6. C382 · 5 min read137 retained records: combinatorics, radix selection and physical meaning
  7. C453 · 5 min readWhy a 137-state receiver needs a response law
  8. C454 · 5 min readTen-mode memory, the count 137 and decimal notation
  9. C426 · 5 min readStructural 128 and 137: from vacuum labels to measured couplings
06

Mind, psychical experience and metaphysical unity

Read philosophical comparisons on their own terms: one source and many subjects, renewal, lived time, agency and the imaginal realm.

  1. C301 · 6 min readUnity and multiplicity: SMM/DTT and Ibn Arabi’s metaphysics
  2. C302 · 5 min readUnity and multiplicity: SMM/DTT and Leibniz’s Monadology
  3. C319 · 5 min readPsychical and physical realms: SMM/DTT and Ibn Arabi’s metaphysics
  4. C323 · 5 min readPsychical and physical realms: SMM/DTT and Integrated information theory
  5. C325 · 5 min readConsciousness and the experienced present: SMM/DTT and Ibn Arabi’s metaphysics
  6. C331 · 5 min readFree will and temporal becoming: SMM/DTT and Ibn Arabi’s metaphysics
  7. C433 · 6 min readThe imaginal realm and temporal mediation: SMM/DTT and Ibn Arabi’s barzakh
  8. C435 · 6 min readDream time and waking records: SMM/DTT and lucid-dream research and SMM/DTT
  9. C437 · 6 min readHow a consciousness extension could earn evidence: SMM/DTT and the 2025 adversarial theory test
07

Relativity and quantum gravity under closer examination

Keep clock calibration, cone structure, continuum limits, field equations and physical universality explicit while comparing reconstruction methods.

  1. C193 · 5 min readEquivalence principle and clocks: SMM/DTT and General relativity
  2. C199 · 5 min readLorentz invariance and hyperbolic geometry: SMM/DTT and General relativity
  3. C205 · 5 min readEinstein equations from effective dynamics: SMM/DTT and General relativity
  4. C211 · 5 min readSpacetime discreteness and continuum limits: SMM/DTT and General relativity
  5. C361 · 5 min readSMM/DTT and the problem of time: constraints, clocks and completed records
  6. C378 · 5 min readTime, completion and Jacobson’s thermodynamic gravity
  7. C440 · 5 min readThe geometry–clock–cone relation: a constructive test of SMM/DTT
  8. C448 · 5 min readCompact inner time and the problem of closed timelike curves
  9. C457 · 5 min readA compactification gap and the Yang–Mills mass-gap problem
08

Turn a comparison into a constructive research result

Identify the freedom a model removes, derive a complete small example, include resource costs, and connect a calculated observable with a reproducible benchmark.

  1. C413 · 5 min readSMM/DTT and empirical discrimination: SMM/DTT and Bayesian model comparison
  2. C414 · 5 min readSMM/DTT as an effective theory: matching a source to observables
  3. C421 · 5 min readPhysical quantum clocks: finite resources and temporal completion
  4. C439 · 5 min readOne source, one controller, or one shared dynamical law?
  5. C441 · 5 min readFinite source memory, recurrent dynamics and the cost of a lasting past
  6. C449 · 5 min readQuantum speed limits and the meaning of a cosmic refresh rate
  7. C460 · 5 min readFrom a comparison article to a reproducible source benchmark
  8. C462 · 5 min readNeutrino oscillations as a benchmark for temporal phase

Continue in the main website.

The foundation guides introduce the Single Monad, the two temporal roles and the source principles before the comparisons branch into other frameworks.

Single Monad Model →Duality of Time →The postulate →The course →