Electromagnetism Experimental Matrix
Compare interaction laws, effective currents, high-speed fields and directional proposals using common measurands and explicit evidence boundaries.
Derivations use the constitutive inputs and domain stated on this page; a formal source designation is distinct from experimental validation.
Read the formal review items01Evidence Scope
This matrix separates mathematical reproduction in a specified model, physical interpretation of known phenomena and discriminating proposals requiring source and apparatus calculations. Website construction is not counted as new experimental validation. The REPRODUCED category identifies a formula reproduced within an effective model; observational evidence has a separate label.
02EM Experimental Matrix
| Test | ASD role / calculation | Standard result | Current status | Distinguishing? |
|---|---|---|---|---|
| Parallel moving charges | LVE plus the true inverse-square law gives FT/F₀=1−β² and a magnetic correction −β²F₀. | The standard co-moving transverse laboratory total force is F₀/γ; the leading low-speed magnetic coefficient agrees. | Derivation complete within the configuration; observational mapping open. | Undetermined; matching leading magnetic terms settles neither total-force degeneracy nor discrimination. |
| Current–current force | The chosen effective sources and coupling give F/L=μ₀I₁I₂/(2πd). | Parallel currents attract and antiparallel currents repel, with the same long-wire formula. | Mathematical reproduction in the effective model; microscopic coarse graining remains open. | Not distinguishing here; a microscopic multicomponent derivation is a separate closure task. |
| High-speed moving-charge field | Candidate reconstructions and flux checked; high-speed source and crystal-response mapping incomplete. | The paper provides a standard retarded-potential comparison with bunch and detector conditions. | CASE STUDY — OPEN; complete comparison pending. | Potential direction, not present validation. |
| Synchrotron orbit | Chapter 2 supplies mechanical momentum; Chapter 3 requires a common source field, response and coordinate mapping. | For a specified transverse magnetic field and circular orbit neglecting radiative loss, p= | q | BR. |
| Directional electrostatic test | Investigate whether directional interactions leave a readout residual; not a calibrated prediction. | Compute the standard expectation for the same shielding, grounding, mechanics and sources; do not assume every real apparatus has zero signal. | PROPOSED; not an established canonical prediction. | Only a nonzero measurable difference for the same apparatus can decide. |
03Conditions of Each Record
Parallel moving charges
Chapter 3 / 第三章 · §I.1–4; (3.3)–(3.10)Ready to recalculate the stated limited model; not a completed distinct prediction.
ASD-PRED-007- Observed result
- No new two-charge data or apparatus-response fit is included.
- ASD calculation / interpretation
- LVE plus the true inverse-square law gives FT/F₀=1−β² and a magnetic correction −β²F₀.
- Established-theory result
- The standard co-moving transverse laboratory total force is F₀/γ; the leading low-speed magnetic coefficient agrees.
- Numerically different?
- Differently defined total forces scale differently; Fr=F₀/γ matches numerically. Reading definitions must be aligned.
- Interpretation different?
- True-space interaction precedes transverse field representation.
- Does this distinguish ASD?
- Undetermined; matching leading magnetic terms settles neither total-force degeneracy nor discrimination.
- Current status
- Derivation complete within the configuration; observational mapping open.
- Required precision
- To be determined from apparatus, background velocity and readout mapping; no uncalculated threshold is assigned.
Current–current force
Chapter 3 / 第三章 · §IV.1–2; (3.26)–(3.31)Ready to recalculate the stated limited model; not a completed distinct prediction.
ASD-PRED-007- Observed result
- Known long straight steady-wire behavior is the comparison target; no new experimental replication here.
- ASD calculation / interpretation
- The chosen effective sources and coupling give F/L=μ₀I₁I₂/(2πd).
- Established-theory result
- Parallel currents attract and antiparallel currents repel, with the same long-wire formula.
- Numerically different?
- No numerical difference within the same effective model and conditions.
- Interpretation different?
- True-space interaction precedes transverse field representation.
- Does this distinguish ASD?
- Not distinguishing here; a microscopic multicomponent derivation is a separate closure task.
- Current status
- Mathematical reproduction in the effective model; microscopic coarse graining remains open.
- Required precision
- No nonzero ASD difference is defined, so no discriminatory precision is assigned.
High-speed moving-charge field
Chapter 3 / 第三章 · §II.4, §VIII.3; Ota et al. (2022), DOI 10.1038/s41567-022-01767-wSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
ASD-PRED-003- Observed result
- Ota et al. published electro-optic spatiotemporal field measurements; raw observations have not been imported here.
- ASD calculation / interpretation
- Candidate reconstructions and flux checked; high-speed source and crystal-response mapping incomplete.
- Established-theory result
- The paper provides a standard retarded-potential comparison with bunch and detector conditions.
- Numerically different?
- No closed quantitative ASD difference is available.
- Interpretation different?
- True-space interaction precedes transverse field representation.
- Does this distinguish ASD?
- Potential direction, not present validation.
- Current status
- CASE STUDY — OPEN; complete comparison pending.
- Required precision
- Determined by detector response, beam properties and calibration uncertainties.
Synchrotron orbit
Chapter 3 / 第三章 · §I.3, §III, §VIII.3; Chapter 2 momentumSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
ASD-PRED-003- Observed result
- Curvature, field calibration and beam momentum are target quantities; no new measured dataset is selected.
- ASD calculation / interpretation
- Chapter 2 supplies mechanical momentum; Chapter 3 requires a common source field, response and coordinate mapping.
- Established-theory result
- For a specified transverse magnetic field and circular orbit neglecting radiative loss, p=|q|BR.
- Numerically different?
- No nondegenerate difference derived; an additional γ factor is not imposed as an established correction.
- Interpretation different?
- True-space interaction precedes transverse field representation.
- Does this distinguish ASD?
- Pending calculation; kinematic scaling alone does not decide.
- Current status
- EVALUATE; an apparatus-specific orbit model remains incomplete.
- Required precision
- To be calculated after field, trajectory, momentum and radiation treatment are aligned.
Directional electrostatic test
Chapter 3 / 第三章 · §VIII.3; linked research proposalSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed result
- Research proposal; no measurements in this module.
- ASD calculation / interpretation
- Investigate whether directional interactions leave a readout residual; not a calibrated prediction.
- Established-theory result
- Compute the standard expectation for the same shielding, grounding, mechanics and sources; do not assume every real apparatus has zero signal.
- Numerically different?
- Amplitude, direction and background-velocity mapping undetermined.
- Interpretation different?
- True-space interaction precedes transverse field representation.
- Does this distinguish ASD?
- Only a nonzero measurable difference for the same apparatus can decide.
- Current status
- PROPOSED; not an established canonical prediction.
- Required precision
- Requires a signal model and noise budget.
04From Calculation to Evidence
First fix a common measurand, source parameters, boundaries and background velocity. Calculate ASD and standard-model responses separately and use the same detector calibration and uncertainty budget. Name physical force, coordinate generalized force and instrument signal separately. Compare magnetic terms and total forces at the same approximation order.
The Ota high-γ case remains open research. Directional electrostatics and synchrotron orbits are task entries, not established predictions with calculated amplitudes and sensitivity budgets. See Ota et al. (2022) for the experiment and Fitzpatrick for the standard moving-charge comparison. Neither supplies hidden premises to the ASD derivation.
05Review and Source
This matrix follows the current Chapter 3. Special high-speed corrections, a unique synchrotron cone, the Schwinger limit, anomalous magnetic moments and strong-field QED topics are not established predictions here. Continue through OP-EM-004.
Anisotropic Space Dynamics
Chapter 3 · Electromagnetism in ASD
Chapter 3 / 第三章 · §§I, IV, VIII.3; PDF pp. 2–4, 8–9, 18–19
- Module version
- 1.0.0
- Source snapshot
- EM-f06476f55cae
- Content review date
- 2026-09-15
Source files and checksums
The snapshot hash identifies the source manifest; each source file has its own checksum below.
- CH3-d9ead146f6ac · 第三章(1).pdf
20 PDF pagesd9ead146f6ac3335b8663b23cea963319306f549ea4fcd5e3ee34fb7f7ab9413
Prepared from the final Chinese manuscripts identified above. A public reading link for the full manuscript has not yet been released.
Position within the framework
These links index inputs and research relationships. The completion status of each derivation is specified in its text. Untranslated supporting pages open in Chinese.
Revision history
Chapter 3 · Electromagnetism in ASD · Chapter 3 / 第三章 · §§I, IV, VIII.3; PDF pp. 2–4, 8–9, 18–19
This is the English translation of the Chinese canonical module, based on the same final-manuscript source snapshot. The Chinese final manuscript remains authoritative. Website equation IDs are stable citation identifiers; original manuscript numbers are listed separately.
Knowledge scopeASD: Electromagnetism Experimental Matrix. ASD-EM-ELECTROMAGNETISM-EN. Version 1.0.0; 2026-09-15. https://asd-physics.org/en/tests/electromagnetism. Chapter 3 / 第三章 · §§I, IV, VIII.3; PDF pp. 2–4, 8–9, 18–19. Source EM-f06476f55cae.
Continue with the assumptions, equations and sources.
These links carry this page and its source version into the research workspace. Each request pins its knowledge snapshot. Model availability is shown in the workspace; retrieval and private export remain available.