QDS · Binary Pulsar Constraint Lab
Mode ONE-BUTTON ULTRA
Sweep NEON ENVELOPE
Fast check: given orbital separation r and a fractional timing band, compute the tightest allowed QDS amplitude α over a λ-grid. No fits, no timing model — just a constraint envelope.
READY
Waiting for sweep. Load demo systems or paste your own.

SYSTEMS & CONTROLS

JSON array of systems: { name, r, band, units }. Band is the allowed fractional QDS contribution (e.g. 0.001 = 0.1%).

Model: f(r,λ) = exp(−r/λ) (potential-like).
Constraint uses αmax(λ) = band / f(r,λ); envelope = minimum over systems.

CONSTRAINT ENVELOPE · αmax(λ)

λ range: –
Grid: –
Systems: –
Kernel: exp(−r/λ)

PER-SYSTEM SUMMARY

Rough tightness of each system against the envelope over the scanned λ range.

System r Band Min αmax Max αmax
No sweep run yet.

RUN LOG

Text trace for audits and paper notes. Self-tests tag obvious mistakes in JSON or controls.

Scope: sanity-check only. Uses a toy Yukawa-like envelope model, not a full timing solution. Offline, client-side only. Not advice.