Microscopic source and macroscopic longitudinal structure
Compute longitudinal source strength, inertia and external response from one stable matter structure, matching the dimensionless coupling in G₀ = ξ_G c²/(ρ₀ℓ₀²). Keep line density Φ, volume density ρ_s and near-core q_ρ distinct.
Based on the final manuscript · Chapter 2
NEEDS THEORY · Needs theory
Discuss this task01Task
An open research task extracted from the final Chapter 2 manuscript, not a new canonical derivation.
02Current state
Finite near-core density deficit, far-field flux and four-way mass matching are already defined, and (2.7c) supplies the gravitational-coupling scale combination. The next step is to compute these responses in one stable structure, rather than add an unrelated mass parameter.
Constitutive input
Weak static source equations in reference coordinates, not a closed dynamical strong-field master equation.
Chapter reference: Final collected manuscript · Chapter 2 §II.2 (2.7a)—(2.7b) · ASD-BOOK-ddbade997b45
Constitutive input
q_ρ is a near-core volume-density ratio and D an effective core domain; the far-field line-density coefficient Φ is a different quantity.
Chapter reference: Final collected manuscript · Chapter 2 §III.1 (2.8) · ASD-BOOK-ddbade997b45
Normalization
Energy, inertial, active and passive gravitational mass are different responses of one structure; the chapter adopts universal coupling.
Chapter reference: Final collected manuscript · Chapter 2 §III.5 (2.24c) · ASD-BOOK-ddbade997b45
Constitutive input
ρ₀ is background volume density, ℓ₀ an intrinsic length and ξ_G dimensionless; dimensional organization alone does not determine the coupling efficiency.
Chapter reference: Final collected manuscript · Chapter 2 §II.3 (2.7c) · ASD-BOOK-ddbade997b45
03Required work
Compute longitudinal source strength, inertia and external response from one stable matter structure, matching the dimensionless coupling in G₀ = ξ_G c²/(ρ₀ℓ₀²). Keep line density Φ, volume density ρ_s and near-core q_ρ distinct.
04Deliverable and boundary
A convergent near-core integral, exterior flux solution, energy/inertial/active/passive mass matching and coupling-coefficient calculation.
Do not integrate the external 1/r line-stretch field as a finite whole-space volume-density deficit; do not assign an electron or FCC source merely to complete a diagram.
05Sources and collaboration
Final collected manuscript · Chapter 2 §二.1—3、§三.1与5 (2.7b)—(2.9)、(2.24c)
On this page
Results are conditional on the stated scale, path and coupling inputs; mathematical reproduction and microscopic closure are distinct.
Read the formal review itemsAdopted source, conditions and previous versions
§II.1—3, §III.1 and 5 (2.7b)—(2.9), (2.24c)
Update open-problem progress with established results; retain problem IDs and unresolved tasks.
Conditions retained in this adoption
- Fixed G₀; isolated, static, spherically symmetric, uncharged exterior.
- Areal radius, actual spatial length and reference optical path are defined separately.
- Weak-field perturbation, slow-rotation far field and boundary statistics each have separate conditions.
Specific unresolved source issues
- Strong-field, microscopic and full apparatus closure remain task-specific research.
Source locators: p0582 · p0595 · p0602 · p0610 · p0614 · p0672 · p0936
Manuscript SHA-256: ddbade997b45913248e588953b1d27ccb9c7c206c3c8d992d3aef2364a64836e
Download source identity manifest
The manifest identifies the source; it is not the complete manuscript. Adopting this source does not upgrade evidence or grant a new licence.
Previous source, retained as history
FND-3dde8d8e081d · Chapter 2 / 第二章 · §II.1–3, (2.7b)–(2.7c); §III.1,5, pp. 4–10
PREF-125df9543371 · 序章.pdf125df9543371f89656a2c29d552e1166e5edcc9ff5f6ec1ef1e438c7688d6ec5
CH1-46d43c8c39bf · 第一章(2).pdf46d43c8c39bfd47f06ad699a6780e1142adc14bdd3520e2d5603d37a696cd9e9
CH2-f9598318d123 · 第二章-ASD理论-修订书稿 (2).pdff9598318d123c1f85a7d720af9cecbed8392e0b399910e3f9bfb675d49494709
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 2 · §II.1—3, §III.1 and 5 (2.7b)—(2.9), (2.24c)
This research task is based on the cited final Chinese manuscript. It is not a new canonical result. Both languages use the same source snapshot; original equation numbers and website IDs remain distinct.
Knowledge scopeASD: Microscopic source and macroscopic longitudinal structure. OP-GRV-004-EN. Version 1.0.0; 2026-10-24. https://asd-physics.org/en/open-problems/gravity/source-coupling. §II.1—3, §III.1 and 5 (2.7b)—(2.9), (2.24c). Source ASD-BOOK-ddbade997b45.
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.