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06 / Generation & readout

Build a record.
Examine its geometry.

Move from nested roles to spatial addresses, then compare readout rank, a refinement exponent and calibrated clock ratios without identifying them by definition.

Conditional constructions with independently defined observables

Six nested roles and outer completion

The six inner roles organize a proposed construction; outer completion publishes its record. The nesting diagram does not represent seven independent observable time axes.

Explore the example

Use the sliders with a pointer, or focus a slider and use the arrow keys. Home and End select its limits. All values are model inputs.

Role 7: 6 inner roles included; affine readout rank 3; 64 addresses in this radix-2 block. The seventh role publishes the completed six-role archive.

Six nested inner roles and completionSelected role 7; rank 3; 64 addresses. The nesting diagram is a dependency diagram, not seven clock axes.Role 6 · rank 3Role 5 · rank 3Role 4 · rank 2Role 3 · rank 2Role 2 · rank 1Role 1 · rank 17 · Outer completionArchive publishedPaired rank sequence: 1, 1, 2, 2, 3, 3

Exact rank and address counts for a supplied six-digit paired counter. The widget does not derive a physical spatial frame, clock duration, or necessity of six roles.

Try this investigationMove from the sixth role to outer completion. Separate the completed record from the operations that constructed it.

Many addresses, fewer spatial sites

The declared paired binary readout maps 64 addresses to 27 sites. Equal address weights give a nonuniform distribution over those sites.

Explore the example

Use the sliders with a pointer, or focus a slider and use the arrow keys. Home and End select its limits. All values are model inputs.

Address 0, digits d₁…d₆ = 0 0 0 0 0 0 → (0, 0, 0). This site has 8 of the 64 addresses: probability 12.5% under uniform address sampling. Total: 64 addresses, 27 distinct sites.

Three slices through the 27-site readoutEach circle labels the number of binary addresses at that site. The highlighted site is (0, 0, 0), multiplicity 8.Slice z = -1xy-1-10011422211211Slice z = 0xy-1-10011844422422Slice z = 1xy-1-10011422211211Numbers = addresses mapping to each site
Exact multiplicity classes
Site classSitesAddresses each
Centre18
Face centres64
Edge centres122
Corners81

Exact binary enumeration and multiplicities for the stated paired map. Probabilities assume uniform address sampling, and the counter scan is not identified with physical transport.

Try this investigationCompare the centre, a face centre and a corner. Count how many addresses map to each before assigning a probability.

Compare geometry and clock readings

Vary the branching, contraction, resource usage and alternative clock. The comparison makes the extra conditions behind numerical agreement visible.

Readout and refinement
One of six paired-channel prefixes; outer completion is a separate role.
Values per internal digit. p is separate from scale contraction q.
Distinguishable children at every refinement step.
Each step changes length by 1/q. Dimensionless and greater than one.
Completed refinements; zero gives no measured clock ratio.
Explicit resource and clock assumptions
Branch/resolution calibration ratio; r=1 means the same encoder.
η=1 saturates the stipulated log-cost relation; smaller η adds branch work.
Additional clock activity hτ; h=0 assumes no extra serial completion cost.

Inputs are dimensionless model choices. Activities use a fixed common reference unit with a*=1. Use Tab, type values and press Enter or choose Update results. Changing a field also updates after you leave it.

At role 6, paired rank is 3. B=8 and q=2 give refinement exponent D=3. Four steps produce 4,096 records at relative scale 1/16. The calibrated activities give u/τ=3. The protected clock gives u/Tₚ=3, while the ungated clock gives u/Tₐ=3/4 on exactly the same archive. Agreement with the protected clock assumes r=η=1 and h=0.

Paired readout rank
3independent linear directions
Refinement exponent D
3log B / log q; dimensionless
Protected conversion u/Tₚ
3dimensionless activity ratio
Independent geometric and clock quantitiesThe default paired rank, refinement exponent, activity ratio and protected conversion are all three. The ungated conversion is three quarters. All bars share one linear scale.Paired readout rank: 3Refinement exponent D: 3Activity ratio u/τ: 3Protected u/Tₚ: 3Ungated u/Tₐ: 0.7503 (dimensionless)

Selected counter prefix: 64 addresses; 27 distinct sites.

Refinement archive: 4,096 records; ℓₙ/L = 0.0625.

Same archive and matter activity, different clock readings
QuantityValueUnits
Branch activity u8.317766reference activity units
Resolution activity τ2.772589reference activity units
Extra completion activity hτ0reference activity units
Protected reading Tₚ=(1+h)τ2.772589reference activity units
Ungated reading Tₐ=u+(1+h)τ11.09035reference activity units
u/τ3dimensionless
u/Tₐ0.75dimensionless
Paired readout progression at the selected radix
Inner role aRankAddresses pᵃSites
1122
2143
3286
42169
533218
6 (selected)36427

Neither a rank-three readout nor a refinement exponent of three proves a spatial manifold or a universal clock law. All controls preserve this distinction.

Try this investigationKeep the same spatial archive but change the alternative clock. Check whether numerical agreement with the refinement exponent survives.

The joint construction remains the target

A useful next model must produce the spatial records, clock readings and propagation law through the same specified dynamics. Agreement at one calibration point is not a universal derivation.

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.

View all related problems →

SMONAD

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