Information-First Position
The project stance: physical constants are compressed information artifacts, and unit objections should be tested as encoding transformations.
Characteristic Impedance Python
A Python-first research instrument for testing whether the pre-2019 CODATA significant-digit representation of the characteristic impedance of vacuum behaves like an unusually generative binary information seed.
This is an early research instrument, not a completed proof. The project
keeps source catalogs, derived artifacts, controls, and interpretation
boundaries visible so the claim can survive or fail under tests.
Start Here
Legacy Genetic Sequence Analysis
A readable account of the old BigCalc2 genetic sequence machinery, Z0 facets, ablation controls, and run-tape scans.
Z0 Binary Structure
The Z0 quark/gluon bit-structure observation, preserved as a report rather than treated as proof.
Evidence Chain
CODATA Evidence Chain
Documents the pre-2019 CODATA 2014 source, conversion rule, generated binary rows, and bits-only corpus.
Legacy Physics Token Catalog
Keeps the non-CODATA quark, hadron, and convenience rows separate from the official CODATA evidence chain.
Z0 Orientation Geometry Report
Preserves the four canonical Z0 orientations, candidate traversals, and geometry notes without treating them as proof.
Experiment Designs
Quark Genetic Sequence
Design notes for token decomposition, Z0 substrate scans, run-tape comparison, and required controls.
Closure-Register Machine
A low-level doctrine and code anchor for replacing primitive pi in phase and probability bookkeeping with relation updates, cycle state, closure count, and return/interference readout.
Electromagnetic Closure Receipt
The endpoint-exchange bridge: photon propagation as a rendered receipt over charge endpoints, relation delay, phase closure, impedance accounting, and conservation.
Emergent Bit Motif Discovery
A later experiment that starts with unnamed recurring motifs before interpreting or naming physical families.
Repository README
Project status, claim under test, falsification criteria, install instructions, roadmap, and references.
Z0 QLF / Quantum OS Run-Tape Probe
Runs the fixed Z0 seed as a circular-XOR tap machine, scans priority closure and quark words, and compares the counts against same-density shuffled controls.
Z0 QLF / ZFA Admissibility Probe
Interprets deterministic tap-tape windows as candidate QLF/ZFA objects and marks only spectral-gap-zero twist balances as admissible.
Z0 Pi-Return Sampler
Uses the circular-XOR orbit as a finite closure-walk sampler, estimates pi from return statistics, and compares Z0 against shuffled, same-density, and CODATA controls.
Idea Notes
Relational Delay Equivalence Program
A restrained Markdown paper arguing that the first burden is to recover known physics from relation, delay, and guidance before making new dark-sector claims.
Z0 As A QLF / Quantum OS Runnable Object
A concrete translation of the 39-bit Z0 seed into fixed views, circular XOR evolution, tap output, and named segmentation that a QLF / Quantum OS style process can run.
String Theory Boundary Notes
Source-linked notes from a broad string-theory and boundaries video, preserved as inspiration for finite encodings, circular traversals, dual descriptions, and proof boundaries.
What Would Walter Bishop Say?
A vivid but clearly bounded interpretation note: Z0 as a runnable atomic coupling-kernel hypothesis rather than the imagined passive impedance of empty space.
Two Impedance Nodes In Now
A tiny runnable universe where two Z0 rings exchange delayed tap messages and apparent distance emerges from reconciliation cost.
Electron As A Color Null
A sibling model where an electron-like candidate appears as a stable colorless hole carried forward by the impedance bond.
Four Impedance Nodes: Origin Of Geometry
Four Z0 impedance structures form a 3D entanglement basis while electron-null candidates fly through the emergent geometry.
Fundamental Pointer Swap
Ten Z0 nodes maintain a fuzzy entanglement basis through pointer swaps, preserving every node while geometry emerges from relation.
Z0 Lorenz Attractor Monitor
Runs the four canonical Z0 XOR orientations through Lorenz dynamics using rolling bit density as the modulation source, with a shuffled control mode for comparison.
Z0 XOR Encounter Sweep
Compares Z0's circular-XOR orbit against true random 39-bit runners by counting which legacy physics bit tokens the orbit encounters.
Z0 Quark GeneZip Compression
Tests whether the quark/subsystem grammar can compress CODATA constant bitstrings by exact non-overlapping copy-paste recipes, reporting coverage, token recipe, and literal leftovers.
Verified Anchor
name: characteristic impedance of vacuum
digits: 376730313461
bits: 101011110110110111000000110001011110101
len: 39
period: 4095
closed_loop: true