Global Prediction Registry

Theory sources

Length Vector EffectTime · Clocks and Frequency

Equation dependencies

ASD-WEB-LVE-008ASD-WEB-LVE-011ASD-WEB-TIME-005

ASD prediction

Unknown: transition, reference-clock and transfer responses must be derived independently; geometry alone is not a frequency shift.

Comparison prediction

Clock ratio under the fixed protocol, including magnetic, thermal, kinematic, gravitational and transfer corrections; no unmodelled directional term.

Experimental configuration

Fix species, transition, quantization axis, latitude, background direction, starting sidereal phase, cadence, reference and transfer link.

Required precision

Derive amplitude/frequency first; determine test power from covariance and sampling window.

Systematic effects

Zeeman, blackbody, Stark, second-order Doppler, gravitational potential, servo, rotation-correlated magnetic field, transfer and solar-day aliasing.

Existing data

Published clock-ratio and Lorentz-symmetry tests exist; no raw time series for this ASD configuration is loaded.

Falsification criterion

Preregister a nonzero modulation with independently fixed parameters and likelihood. If calibrated confidence intervals exclude it, constrain that clock-specific LVE-to-readout mapping.

Code / data

Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included.

Download reproducibility kit

Theory sources

Experimental Relations and TestsLVE 路径解释下的缪子存活分布 · Chinese original

Equation dependencies

ASD-WEB-LVE-017ASD-WEB-LVE-018

ASD prediction

Chapter 1 Eqs. (1.45)–(1.46) give the illustrative path L=643√999 m≈20323.3 m from approximate inputs. Survival still requires an independently specified decay law, production and energy spectra, propagation and detector acceptance.

Comparison prediction

P=exp[−∫ds/(βγcτμ)], folded with energy loss, production distributions, efficiency and migration.

Experimental configuration

Fix spectrum, production altitude, zenith, material, livetime, geometric acceptance, threshold and energy reconstruction.

Required precision

Depends on ΔN, count statistics and shared normalization; not inferred from one path example.

Systematic effects

Atmospheric temperature/pressure, hadronic production, energy loss, trigger, dead time, background and spectrum–acceptance degeneracy.

Existing data

PDG provides a cosmic-ray review and references; acceptance-qualified bin data are not yet imported.

Falsification criterion

With statistical mapping, production model and calibration fixed, a joint likelihood excludes N_ASD; the immediate target is that path-to-decay mapping.

Code / data

Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included.

Download reproducibility kit

Theory sources

Moving-Charge Fields: Geometry, Flux and DetectionHigh-γ Charge Field and EO Workbench

Equation dependencies

ASD-WEB-EM-012ASD-WEB-EM-013ASD-WEB-EM-022ASD-WEB-EM-040

ASD prediction

High-speed source field, laboratory mapping and crystal response are not jointly closed.

Comparison prediction

Maxwell–Lorentz signal for the same bunch, boundary, dielectric, laser and detector.

Experimental configuration

Beam energy, bunch density, impact parameter, conductor boundary, crystal orientation/thickness, laser width, sampling and calibration.

Required precision

Set by response-filtered ΔS and time-domain covariance, not by an ideal point-field peak.

Systematic effects

Phase matching, crystal bandwidth, multiple reflections, beam irradiation, timing jitter, gain and background.

Existing data

Ota et al. (2022) is published; its data/code statement requires a reasonable request to the authors. Neither is acquired here.

Falsification criterion

With common inputs and independently fixed gain, test the full waveform and covariance; reject the specified source–probe construction.

Code / data

Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included.

Download reproducibility kit

Theory sources

Orbital Dynamics · Action, Conservation and PrecessionS301: Data-Gated Orbital Research

Equation dependencies

ASD-WEB-GRV-024ASD-WEB-GRV-032

ASD prediction

Pending object identification, inputs and joint fit; the current spherical exterior model may be equivalent.

Comparison prediction

Standard orbital fit with the same coordinates, mass, distance and selection.

Experimental configuration

Epochs, time scale, astrometry, RV, errors, covariance, reference frame and instrument calibration.

Required precision

Pending a nondegenerate difference and parameter covariance.

Systematic effects

Reference-frame drift, RV zero point, distance/mass degeneracy, extended mass and source confusion.

Existing data

DATA-GATED: object verification and raw epoch data are missing.

Falsification criterion

After all data gates pass, test the fixed gravity construction in joint observation space; record non-discrimination if equivalent.

Code / data

Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included.

Download reproducibility kit

Theory sources

Gravitational Redshift · Scale, Wavelength and Frequency

Equation dependencies

ASD-WEB-GRV-009ASD-WEB-TIME-006

ASD prediction

The stated static scale construction gives the corresponding frequency ratio.

Comparison prediction

GR frequency ratio for the same static background and protocol.

Experimental configuration

Static source, clock positions, common reference and transfer protocol.

Required precision

Greater precision cannot distinguish identical functions.

Systematic effects

Height, background potential, clock offsets and transfer.

Existing data

Primary references are in the gravity matrix; no new fit is claimed.

Falsification criterion

A discrepancy constrains shared static-model and apparatus assumptions, not specifically the ASD interpretation.

Code / data

Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included.

Download reproducibility kit

Theory sources

Light Deflection · From Optical Path to RaysShapiro Delay · Excess Optical Path and Propagation Counts

Equation dependencies

ASD-WEB-GRV-016ASD-WEB-GRV-021

ASD prediction

Standard coefficients recovered in the stated approximation.

Comparison prediction

GR result at the same order, geometry, mass and coordinates.

Experimental configuration

Weak static background, fixed endpoints and a shared impact parameter.

Required precision

A nondegenerate difference must be established first; no distinct precision target here.

Systematic effects

Media delay, source motion, orbit, mass and calibration.

Existing data

Gravity-matrix primary references retained; no refit.

Falsification criterion

Tests the optical limit; common failure also requires checking shared inputs.

Code / data

Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included.

Download reproducibility kit

Theory sources

Why Does Magnetic Interaction Arise?

Equation dependencies

ASD-WEB-EM-010ASD-WEB-EM-006

ASD prediction

LVE magnetic-force algebra under the stated distance/force definitions.

Comparison prediction

Maxwell–Lorentz total force for the same configuration.

Experimental configuration

Equal speeds, parallel motion, transverse separation; specify force–distance coordinate pairing.

Required precision

This configuration provides no distinct difference from which to infer precision.

Systematic effects

Distance calibration, beam profile, carrier speed and coordinate conventions.

Existing data

Algebraic comparison is documented; this is not a high-speed EO fit.

Falsification criterion

Test the specified force-to-readout mapping; this setup does not exclude every general-field candidate.

Code / data

Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included.

Download reproducibility kit

Theory sources

Free Longitudinal Spatial Waves

Equation dependencies

No equation set yet closes this observable; see source pages.

ASD prediction

Free longitudinal modes are a research target; source strength and detector coupling are undetermined.

Comparison prediction

Common acoustic, thermal, electromagnetic and instrumental background model.

Experimental configuration

Specify excitation, shielding, coupling, polarization and distance scans.

Required precision

Depends on source strength, coupling and noise spectrum.

Systematic effects

Mechanical/acoustic propagation, thermal drift, EM crosstalk and ground vibration.

Existing data

No dedicated free spatial-longitudinal-wave detection dataset is published here.

Falsification criterion

A null result constrains a longitudinal-mode candidate only after nonzero detector coupling is fixed; GW speed is not a longitudinal-mode detection.

Code / data

Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included.

Download reproducibility kit

Theory sources

Mass: Compute Energy, Inertia and Gravity SeparatelyOP-MAT-006 · Particle Mass Spectrum

Equation dependencies

No equation set yet closes this observable; see source pages.

ASD prediction

Complete stable solutions and a spectrum from shared constants are missing.

Comparison prediction

Measured masses and established particle phenomenology as requirements.

Experimental configuration

First fix action, solution sectors, calibration observables, units and shared parameters.

Required precision

Establish theoretical/numerical errors before comparing measurement uncertainty.

Systematic effects

Model truncation, mesh/boundary effects, solution error and calibration reuse.

Existing data

The matter matrix lists experimental requirements; no ASD mass-spectrum dataset exists here.

Falsification criterion

Exclude the specified topology realization if a fixed model fails masses/responses outside its calibration set.

Code / data

Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included.

Download reproducibility kit

Theory sources

Quantum Phenomena: Requirements MatrixOP-QM-006 · Experimental Discriminator

Equation dependencies

No equation set yet closes this observable; see source pages.

ASD prediction

Effective envelopes and conditional intensities exist; a distinct event distribution is not derived.

Comparison prediction

Standard single-particle quantum model including the same detector response.

Experimental configuration

Fix source, paths, surface potentials, environment, detector and event definition.

Required precision

Depends on nondegenerate differences and count statistics.

Systematic effects

Decoherence, efficiency, thresholds, background, drift and postselection.

Existing data

Known quantum experiments are phenomenological requirements; no distinct ASD fit here.

Falsification criterion

Exclude a fixed core–field–detector coupling; report non-discrimination if it only recovers the standard relation.

Code / data

Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included.

Download reproducibility kit

Theory sources

Experimental Relations and Tests

Equation dependencies

ASD-WEB-LVE-015ASD-WEB-LVE-016

ASD prediction

Area term obtained within the stated rotating-loop approximation.

Comparison prediction

Standard Sagnac relation for the same configuration and order.

Experimental configuration

Closed loop, area vector, angular velocity and medium.

Required precision

A shared term alone cannot set a discriminating precision.

Systematic effects

Loop deformation, backscatter, dispersion and readout offset.

Existing data

Sources are retained in the LVE matrix; no new apparatus result.

Falsification criterion

Tests the shared area term; failure does not automatically select an alternative interpretation.

Code / data

Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included.

Download reproducibility kit