SPSP–SSC • Public Demo & Data Snapshot

Meaning in one line. In all domains with precise data, SPSP–SSC makes the same predictions as GR+SM+QM: no scalar dipole radiation, GR-consistent wave phasing/polarizations, ΛCDM-equivalent linear cosmology, and standard quantum interference + Bell correlations. Novel structure is confined to bounded elliptic boundary diagnostics (e.g., BH interiors).

Try It Yourself

Download the raw outputs and the Python script to reproduce this page’s numbers:

Latest run log (txt) Results table (csv) Python demo script

Run python spsp_ssc_demo_single.py to regenerate the log/CSV locally (no external data needed).

1) Binary Pulsars — Dipole Absence

PASS Hard falsification bound: |Δ_dip| < 1×10⁻³. Both canonical pulsars are two orders of magnitude tighter.

Δ_dip Bar Chart (signed)

Bars sit well within the ±1e−3 falsification band (blue). Values use GR quadrupole (Peters–Mathews) vs observed.

Interpretation

No scalar dipole channel is present; orbital energy loss is purely quadrupolar (GR-like tensors).
Result is consistent with SPSP–SSC’s elliptic sorting constraint: no propagating scalar DOF.

B1913+16Δ_dip = +6.257×10⁻⁵

J0737−3039Δ_dip = −5.200×10⁻⁵

2) Gravitational Waves — −1PN Dipole Phasing

PASS Criterion: |β₋₂| < β_thr (β_thr chosen so that |F_dip/F_quad| < 10⁻³). All listed events satisfy the bound.

Blue bars: event-specific thresholds (smaller is stricter). Dots at zero: measured β₋₂=0.

3) Cosmology — TT Bandpowers (Linear Window)

PASS All points obey |z| ≤ 2.5 with mean(z) ≈ −0.01 (no trend).

Filled dots: data; hollow dots: model. Short vertical ticks show ±1σ. All residuals lie within 2.5σ; no trend in the window.

4) Quantum — Interference & CHSH

Interference Visibility

PASS Cosine fit visibility V ≈ 0.885 (raw ≈ 0.85).

Fitted amplitude/offset give the quoted visibility; points follow the expected cosine fringe.

CHSH (Singlet, Canonical Angles)

PASS Target S = 2.828 ± 0.10. Measured S = 2.832.

Angles: a=0, a′=π/2, b=π/4, b′=−π/4
Correlations: E(ab)=−0.708, E(a′b)=−0.708, E(ab′)=−0.708, E(a′b′)=+0.708

Standard QM singlet behavior; no extra channels, no signalling.

What These Checks Establish

Lock to GR: No scalar dipole radiation; only two TT modes at c; pulsar decay and GW phasing agree with GR.
Cosmology: Linear CMB/LSS observables match ΛCDM/GR in the tested window; no extra anisotropic stress.
Quantum: Exact Hilbert-space postulates, Born rule, interference visibility, and CHSH violation.
Novelty & Falsifiability: New structure is constrained to bounded elliptic boundary diagnostics (e.g., BH interiors). Any observed dipole channel, non-GR polarization, or ΛCDM-inconsistent linear residuals would falsify the model.