Matter: Phenomenological Requirements
Eleven observational requirements record what ASD must reproduce, its current status, independent derivation and discriminatory power.
01Acceptance requirements, not ASD confirmations
PHENOMENOLOGICAL REQUIREMENTS · NOT YET DISCRIMINATING. These observations specify what an electron/proton theory must explain. UNTESTED refers to the ASD candidate, not the observations. Sources are explicitly versioned CODATA 2022, PDG 2025 and individual experiments. Parentheses denote standard uncertainty in final digits; use each original paper for confidence limits.
Distinguish exactly defined SI constants from measured dimensionless relations. A datum used to set a coefficient is not an independent prediction.
02Electron properties
Electron rest mass
CODATA 2022 · NISTSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
ASD-PRED-009- Observed
- CODATA 2022: 9.1093837139(28) × 10⁻³¹ kg.
- ASD must reproduce
- Rest energy, translational inertia and gravity of a complete configuration; list calibration parameters.
- Current ASD status
- Energy and collective-inertia framework available; no independent numerical mass.
- Independent derivation?
- No; fixing a scale with me makes it an input.
- Distinguishing prediction?
- No current independent distinguishing prediction; specify observable and uncertainty before testing.
- Comparison precision
- Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.
Electron charge
CODATA 2022 · NISTSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed
- Electron charge is −e; SI defines e = 1.602176634 × 10⁻¹⁹ C exactly.
- ASD must reproduce
- Map integer topology to measurable current and far-field flux, with coupling normalization.
- Current ASD status
- Candidate identification and conditional conservation; a unit definition does not test the mechanism.
- Independent derivation?
- Conditional results only; physical identification and coupling remain inputs.
- Distinguishing prediction?
- No current independent distinguishing prediction; specify observable and uncertainty before testing.
- Comparison precision
- Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.
Electron spin and statistics
PDG 2025 · ElectronSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed
- PDG 2025 electron listing: J = 1/2. Exchange statistics is a further particle-theory requirement.
- ASD must reproduce
- Rotation/exchange paths and quantization in the full configuration space; identify the actual ground state.
- Current ASD status
- SU(2)/FR candidate route; no closed joint derivation of spin and statistics.
- Independent derivation?
- No; a double cover alone is insufficient.
- Distinguishing prediction?
- No current independent distinguishing prediction; specify observable and uncertainty before testing.
- Comparison precision
- Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.
Electron anomalous magnetic moment
Fan et al. · Electron magnetic moment (2023)Source, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed
- Fan et al. (2023): g/2 = 1.00115965218059(13), using positive g magnitude.
- ASD must reproduce
- Calculate g and ae = (g−2)/2 from the same rotating charged configuration, with controlled corrections and errors.
- Current ASD status
- No closed current, angular-momentum and correction calculation.
- Independent derivation?
- No; Dirac or QED outputs are not ASD derivations.
- Distinguishing prediction?
- No current independent distinguishing prediction; specify observable and uncertainty before testing.
- Comparison precision
- Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.
Electron scattering scale
OPAL · Photon-pair measurements at LEPSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed
- OPAL LEP photon-pair measurements agree with QED and constrain new scales in specified models; they do not directly measure a geometric radius.
- ASD must reproduce
- Probe coupling and momentum-dependent amplitudes or form factors, with model and confidence interval.
- Current ASD status
- A stable scattering-ready ASD electron solution is missing; Compton wavelength is not measured size.
- Independent derivation?
- No independent ASD form factor.
- Distinguishing prediction?
- No current independent distinguishing prediction; specify observable and uncertainty before testing.
- Comparison precision
- Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.
03Proton properties
Proton rest mass
CODATA 2022 · NISTSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
ASD-PRED-009- Observed
- CODATA 2022: 1.67262192595(52) × 10⁻²⁷ kg; mp/me = 1836.152673426(32).
- ASD must reproduce
- Complete proton/electron energies and their ratio using shared constitutive parameters.
- Current ASD status
- 6π is an internal-winding candidate, not a computed spectrum.
- Independent derivation?
- No; fitting both masses independently does not predict their ratio.
- Distinguishing prediction?
- No current independent distinguishing prediction; specify observable and uncertainty before testing.
- Comparison precision
- Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.
Proton magnetic moment
CODATA 2022 full adjustment · NISTSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed
- CODATA 2022: μp/μN = 2.79284734463(82).
- ASD must reproduce
- Internal current, angular momentum and external magnetic response of one proton solution.
- Current ASD status
- Three-channel charge projection is not a magnetic-moment calculation.
- Independent derivation?
- No independent ASD value.
- Distinguishing prediction?
- No current independent distinguishing prediction; specify observable and uncertainty before testing.
- Comparison precision
- Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.
Proton charge radius
CODATA 2022 full adjustment · NISTSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed
- CODATA 2022 adjusted value: rp = 0.84075(64) fm; data subsets differ, so retain extraction methods.
- ASD must reproduce
- Charge response and form-factor slope using the experimental definition and extraction assumptions.
- Current ASD status
- No joint stable-core/probe solution; a trefoil drawing does not define charge radius.
- Independent derivation?
- No; setting parameters with radius is fitting.
- Distinguishing prediction?
- No current independent distinguishing prediction; specify observable and uncertainty before testing.
- Comparison precision
- Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.
04Antiparticles and reactions
Antiparticle correspondence
PDG 2025 · ElectronSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed
- PDG 2025 records electron/positron properties and mass-comparison constraints.
- ASD must reproduce
- Opposite charge, corresponding mass and magnetic response under complete conjugation, not a simple mirror.
- Current ASD status
- Opposite phase/topology picture available; complete field conjugation and response remain open.
- Independent derivation?
- No complete independent conjugate solutions.
- Distinguishing prediction?
- No current independent distinguishing prediction; specify observable and uncertainty before testing.
- Comparison precision
- Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.
Electron–positron pair production
Burke et al. · Multiphoton pair production (1997)Source, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed
- Burke et al. (1997) observed positrons in intense laser/electron-beam collisions, interpreted as a multiphoton pair process.
- ASD must reproduce
- Threshold, recoil, cross section, polarization and angular distribution with all participants included.
- Current ASD status
- Thresholds follow from assumed dispersion and conservation; core formation and rates remain unsolved.
- Independent derivation?
- Conditional kinematics only, not unique to ASD.
- Distinguishing prediction?
- No current independent distinguishing prediction; specify observable and uncertainty before testing.
- Comparison precision
- Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.
Electron–positron annihilation
Jinnouchi, Asai & Kobayashi · Positronium decay (2003)Source, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed
- Positronium decay measurements resolve channels and lifetimes; the two-photon limit of a resting free pair gives about 511 keV per photon.
- ASD must reproduce
- Channels, selection rules, rates, spectra and energy balance; calculate any additional longitudinal branch.
- Current ASD status
- Conditional two-photon kinematics available; dynamics and branching fractions remain open.
- Independent derivation?
- Conservation calculation only; it does not reproduce annihilation rates.
- Distinguishing prediction?
- No current independent distinguishing prediction; specify observable and uncertainty before testing.
- Comparison precision
- Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.
Jinnouchi, Asai & Kobayashi · Positronium decay (2003); two-photon assumptions: annihilation.
05Turning a requirement into a test
Fix the action, shared parameters and calibration data before predicting an independent observable, its theoretical error and its difference from established theory. A distinguishing test needs a difference resolvable beyond combined uncertainty and ordinary effects. None of these eleven entries is labeled REPRODUCED. The priority electron-solution task supplies the starting point.
Anisotropic Space Dynamics
Chapter 4 / 第四章 · Chapter 5 / 第五章
Ch. 4 §§4.2, 4.4; external references separately identified
- Module version
- 1.0.0
- Source snapshot
- MAT-d1034a344d58
- Content review date
- 2026-09-16
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- CH4-9587f3c44d39 · 第四章-ASD空间本体论-出版整理稿.docx
DOCX9587f3c44d3974f44e387ed03d92691fa5473a90d7b1c9c989155adf0622849a - CH5-ca737ec4e327 · 第五章-出版整理稿.docx
DOCXca737ec4e327d72c5507bbc8e00295b6e56029c7583ebad8e505cdb9c68c6262
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Chapter 4 / 第四章 · Chapter 5 / 第五章 · Ch. 4 §§4.2, 4.4; external references separately identified
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Knowledge scopeASD: Matter: Phenomenological Requirements. ASD-MAT-TESTS-MATTER-EN. Version 1.0.0; 2026-09-16. https://asd-physics.org/en/tests/matter. Ch. 4 §§4.2, 4.4; external references separately identified. Source MAT-d1034a344d58.
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