ISI Hypothesis · Interactive
The ISI Hypothesis proposes that physical limits — the speed of light, Planck's constant, the fine structure constant — are not independent parameters. They are projections of a single phenomenon viewed from different dimensional angles, all converging on one unreachable point: the singularity at 1. This is that point, made visible. Adjust the parameters. Watch complexity emerge from iteration. Name what you find.
Interference topic · One rule, infinite structure
What if complexity isn’t added decoration — but the unavoidable consequence of one rule, applied over and over?
Julia set: z → z² + c. The parameter c determines the entire topology of the fractal.
The name becomes part of your certificate.
What you are seeing
The ISI Hypothesis defines an operator F that fuses two informational states. Applied repeatedly, it generates complexity from simplicity — exactly what you see when z → z² + c iterates. The parameter c is the "fusion constant" of your particular universe.
In the ISI framework, 1 is the unique Möbius-dual fixpoint — topologically unreachable from either 0 or ∞. The boundary of the Julia set is the visual analogue: you can approach it infinitely, but never fully contain it. The frontier is the point.
The "HFL depth" slider controls iteration count — how many times F is applied before a point is declared escaped or captured. In the HFL architecture, this corresponds to ledger depth: how many layers of consensus confirm a state. More depth = more structure visible at the boundary.
Hypothesis-generating framework, prior to peer review. Formal definitions, derivation targets, interpretations and testable predictions are marked separately: where the page offers an interpretation, that is not evidence, and where it offers a prediction, what would falsify it is stated. The current working version is ISI Core v5.0; claims withdrawn from earlier versions are recorded in the change log and marked in the affected sections.