Quantum Phenomena: Requirements Matrix
Quantum Phenomena Foundation v1.0 · Canonical / Effective / Open. Seven requirements separately record effective results, independent derivation and apparatus-level discriminatory power.
01A requirements matrix, not new ASD confirmation
All seven entries are PHENOMENOLOGICAL REQUIREMENT. Existing experiments establish the relevant phenomena; independent ASD origins, apparatus calculations and distinguishing differences require their own tests. Evidence remains UNTESTED. Algebra checks do not change that grade.
| Observable | Current ASD status | Distinct prediction? | Gap |
|---|---|---|---|
| de Broglie wavelength | CONDITIONAL · Independent action and momentum matching remains open. | NO / NOT YET | OP-QM-002 |
| Electron diffraction | EFFECTIVE · Aperture solutions available; no new crystal-data fit here. | NO / NOT YET | OP-QM-003 |
| Single-particle two-path events | OPEN · Field fringes do not establish one record per excitation. | NO / NOT YET | OP-QM-004 |
| Fourier uncertainty bound | DERIVED MATHEMATICS / CONDITIONAL PHYSICS. | NO / NOT YET | OP-QM-002 |
| Barrier transmission | EFFECTIVE / OPEN · Envelope calculable; core transport unresolved. | NO / NOT YET | OP-QM-005 |
| Born statistics | OPEN · Conditional linear-absorption origin available. | NO / NOT YET | OP-QM-004 |
| Mass and neutral-composite scaling | TO EVALUATE · Conditional center-of-mass separation; no joint cross-species ASD calculation. | NO / NOT YET | OP-QM-002 |
02Individual requirement records
de Broglie wavelength
Davisson & Germer (1927) · Electron diffractionSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed
- λ=h/P is the matter-wave target.
- ASD must reproduce
- Mechanical momentum and phase wavevector of the same structure.
- Current ASD status
- CONDITIONAL · Independent action and momentum matching remains open.
- Independent derivation?
- Not closed; recovered after ℏ matching.
- Distinguishing prediction?
- NO / NOT YET
- Comparison precision
- Set after fixing apparatus, dataset, ASD difference and theoretical errors; no invented numerical requirement.
Electron diffraction
Davisson & Germer (1927) · Electron diffractionReady to recalculate the stated limited model; not a completed distinct prediction.
- Observed
- Angular diffraction and its wavevector relation.
- ASD must reproduce
- Pattern geometry using actual boundaries, potential and incident spectrum.
- Current ASD status
- EFFECTIVE · Aperture solutions available; no new crystal-data fit here.
- Independent derivation?
- Derived for a specified equation and boundaries; source and matching remain open.
- Distinguishing prediction?
- NO / NOT YET
- Comparison precision
- Set after fixing apparatus, dataset, ASD difference and theoretical errors; no invented numerical requirement.
Single-particle two-path events
Tonomura et al. (1989) · Single-electron interferenceSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
ASD-PRED-010- Observed
- Individual events build an interference pattern; the reference uses an electron biprism.
- ASD must reproduce
- Individual records, visibility and accumulated distribution in the actual apparatus.
- Current ASD status
- OPEN · Field fringes do not establish one record per excitation.
- Independent derivation?
- No closed core–field–detector event derivation.
- Distinguishing prediction?
- NO / NOT YET
- Comparison precision
- Set after fixing apparatus, dataset, ASD difference and theoretical errors; no invented numerical requirement.
Fourier uncertainty bound
Ch. 5 (5.3.23)–(5.3.26) · mathematical target, not an independent experimentReady to recalculate the stated limited model; not a completed distinct prediction.
- Observed
- Standard-deviation bound ΔxΔk≥1/2; the momentum bound requires p=ℏk.
- ASD must reproduce
- Width conventions, preparation and mapping to measured core momentum.
- Current ASD status
- DERIVED MATHEMATICS / CONDITIONAL PHYSICS.
- Independent derivation?
- Fourier proof established; physical identification remains conditional.
- Distinguishing prediction?
- NO / NOT YET
- Comparison precision
- Set after fixing apparatus, dataset, ASD difference and theoretical errors; no invented numerical requirement.
Barrier transmission
Binnig et al. (1982) · Scanning tunneling microscopyReady to recalculate the stated limited model; not a completed distinct prediction.
ASD-PRED-010- Observed
- Effective T(E,V₀,a) is a recovery target; STM is an application reference.
- ASD must reproduce
- Flux ratio for a specified barrier and transmission/reflection of core events.
- Current ASD status
- EFFECTIVE / OPEN · Envelope calculable; core transport unresolved.
- Independent derivation?
- Linear effective boundary solution derived; no independent core transport.
- Distinguishing prediction?
- NO / NOT YET
- Comparison precision
- Set after fixing apparatus, dataset, ASD difference and theoretical errors; no invented numerical requirement.
Born statistics
Tonomura et al. (1989) · Single-electron interferenceSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
ASD-PRED-010- Observed
- Normalized squared-modulus position statistics with a specified detection protocol.
- ASD must reproduce
- Calibrated rates, one record per excitation and statistical universality.
- Current ASD status
- OPEN · Conditional linear-absorption origin available.
- Independent derivation?
- No universal proof; sampling an assumed target is not a derivation.
- Distinguishing prediction?
- NO / NOT YET
- Comparison precision
- Set after fixing apparatus, dataset, ASD difference and theoretical errors; no invented numerical requirement.
Mass and neutral-composite scaling
Arndt et al. (1999) · C₆₀ interferenceSource, coupling, readout or statistical mapping remains open; instrument precision cannot replace it.
- Observed
- Neutral composites also show matter-wave interference.
- ASD must reproduce
- Correct center-of-mass wavevector–momentum–mass scaling at fixed shared parameters.
- Current ASD status
- TO EVALUATE · Conditional center-of-mass separation; no joint cross-species ASD calculation.
- Independent derivation?
- Separation follows from a given effective many-body envelope; its general local-field origin is not closed.
- Distinguishing prediction?
- NO / NOT YET
- Comparison precision
- Set after fixing apparatus, dataset, ASD difference and theoretical errors; no invented numerical requirement.
03Gate for the next release
Fix shared constitutive dynamics, calibration inputs and the actual apparatus; then calculate the observable difference, theory and experiment uncertainties, and excludable parameter ranges. A changed interpretation is not POTENTIALLY DISCRIMINATING without an apparatus-level difference. OP-QM-006 defines a deliverable for Predictions & Falsification.
Anisotropic Space Dynamics
Chapter 5 / 第五章 · 出版整理稿
Ch. 5 §§2–3; experimental references separately identified
- Module version
- 1.0.0
- Source snapshot
- QM-0accdcbe7725
- Content review date
- 2026-09-16
Source files and checksums
The snapshot hash identifies the source manifest; each source file has its own checksum below.
- CH5-ca737ec4e327 · 第五章-出版整理稿.docx
DOCXca737ec4e327d72c5507bbc8e00295b6e56029c7583ebad8e505cdb9c68c6262
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 5 / 第五章 · 出版整理稿 · Ch. 5 §§2–3; experimental references separately identified
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: Quantum Phenomena: Requirements Matrix. ASD-QM-TESTS-QUANTUM-EN. Version 1.0.0; 2026-09-22. https://asd-physics.org/en/tests/quantum. Ch. 5 §§2–3; experimental references separately identified. Source QM-0accdcbe7725.
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