The Dual-Channel Quantum-Well Model — Key Physical Interpretations (Verbatim Statements)
Year: 2026
Type: article
Abstract: The Dual-Channel Quantum-Well Model — Key Physical Interpretations (Verbatim Statements) Note: This table contains 31 entries, each taken verbatim from the relevant discussions; no self-invented interpretations, terms, or formulas are added. The source document is noted at the end of each entry. Entry 31 carries the corresponding physical formulas at your request; all attached formulas are quoted from this system's existing drafts with their sources marked, and still contain no self-invented formula. Appendix I — words in this round's dictation awaiting your confirmation: entry 9 is set down according to the full dictation you supplied this round (the centre is precisely this singularity centre … forming a stable singularity-centre layer); in that entry '量子井' is restored to '量子阱' and '泯灭对/泯灭队/负民灭队' to '湮灭对/负湮灭对' (homophones), and '拓扑变形的的趋势' is written as '拓扑变形的趋势' (one repeated 'de' removed); '临时的负湮灭量子' ('temporary negative annihilation quanta') is transcribed as spoken, with no '阱'/'well' added, its meaning awaiting your confirmation. Entry 26 has been set down according to the text you revised this round ('defined as — this super-quantum-well neutral-quantum-well space-time'). Entry 27 has been wholly replaced by the text you revised this round; in it 'different ions' is restored by sound to 'different particles' (consistent with entry 28), and 'front-guiding layer' is restored to 'nesting layer' in accordance with this table's convention (if you meant the very words 'front-guiding layer' here and it is not a homophone error, tell me); the phrase rendered 'this time' awaits your confirmation as to sound and meaning. The rest awaiting confirmation: (i) the fragment rendered as 'negative quantum wells' originally sounded like 'Fuliang de jing tongxue', and has been unified with 'negative quantum wells' without coining any new term; (ii) in entry 28, sound-alike fragments rendered respectively as 'positive quantum well', 'that (positive-energy wave)', 'the peak of the positive wave', 'annihilation pair', 'of the positive-energy well', 'wave peak', and 'different particles'; (iii) entry 29 has been restructured according to the five points you gave this round (its points 2 and 3 being the two 'simple calculation' parts); the earlier 'collides and becomes 0' is changed, following your wording this round, to 'collides and becomes temporary', and whether a word such as 'particle' is omitted after 'temporary' awaits your confirmation; (iv) in entry 29, 'the valve that a quantum well opens' was written for the original 'the valve opened by the well'; (v) in entry 30, 'ball-sheep ball layer' is restored to 'onion-ball layer', and 'black-hole particles' is the designation you newly set this round, which does not appear in earlier drafts; at the end of that entry, following your words this round, an explanation is added: 'the onion-ball mechanism, to explain it: it is a layer-upon-layer inner-nesting mechanism', in which 'inner noose' is written as 'inner nesting' in accordance with this table's convention (see Appendix II; if you meant the very characters '圈套' here and it is not a homophone error, tell me); (vi) entry 31 has been merged and restructured according to the six points you gave this round (the former entries 31-34 now being this single entry); in it, 'the soliton solution of the equation' is a term from your existing drafts (Horizon & Shadow Derivation §1.2, 'Spherical Steady State and the Soliton Solution'), cited here without writing out any specific formula; 'inner noose' is written as 'inner nesting' in accordance with this table's convention (see Appendix II); in 'the first source of interpretation of energy', 'source of interpretation' is transcribed as spoken, its meaning awaiting your confirmation; and the two characters sounding like 'si jing' in the former entry 33, of unclear meaning, no longer appear in the restructured text of this round and are therefore no longer listed as pending. (ix) in entry 13, '圈套' in 'this onion structure may also be regarded as a 圈套 structure' is written as 'nesting' in accordance with this table's convention on homophones (see Appendix II); if you meant the very characters '圈套' here and it is not a homophone error, tell me and I will restore them. Entry 31 carries the corresponding formulas at your request: the formulas for points 1, 2 and 5 are quoted from the Horizon & Shadow Derivation §§1.1–1.2 (the underlying field equations (1-1)–(1-4), the steady-state equation and soliton solution (1-5)–(1-8)), and those for point 3 from the same paper §3.1 ((3-1), (3-3)) and Core 3 §5.4 ((5-9)–(5-13)); for points 4 and 6 this system currently has no corresponding formula, so they are structural statements only. All attached formulas are reproduced from the existing drafts with their sources marked, all coefficients are left to be calibrated, and no formula is newly invented. Apart from these, everything is transcribed as spoken. Appendix II — Correction of speech-recognition errors (restored by sound; not counted as altering your words): the convention of this table is that wherever speech-to-text wrote a homophone wrongly, it is restored to your actual words and is not counted as a 'change'. Examples already restored: 施工→时空 ('construction' → 'space-time'), 圈套/迁到/内圈套→嵌套/内嵌套 ('noose / migrated / inner noose' → 'nesting / inner nesting'), 前导层→嵌套层 ('front-guiding layer' → 'nesting layer'), 造雾系统→造物系统 ('fog-making system' → 'creation system'), 泯灭对/免灭队/敏卫队→湮灭对 ('annihilation pair'), 量子井→量子阱 ('quantum well'), 离子→粒子 ('ions' → 'particles'), 浦东区域→普通区域 ('Pudong region' → 'ordinary region'), and 于光→关于光 ('about light', the first character being a missing one). The English follows these meanings. No. / Topic Verbatim statement / Corresponding formulas Source 1. Calibration Rules for the Three Types of Quantum Wells The three types of quantum wells are calibrated without regard to size or dimension; only their nesting level (number of layers) and the internal count of wells matter, with no volume constraint and their scale left arbitrary. Core 3 – Core Dynamics Deduction Record 2. Attribute Status of Quantum Wells and Underlying Annihilation Pairs Both the quantum-well structure and the underlying annihilation pairs belong to the first attribute of the universe, with no distinction of 'primary' vs 'secondary' between them. A quantum well provides nothing but a venue; it is the annihilation pairs that 'perform' within it, and every physical effect, including gravity (i.e. the gathering tendency of positive quantum wells), is realised by the reactions of the underlying pairs. Core 3 §4.3 3. Definition of the Three Types of Quantum Wells There are three types of quantum wells: positive, negative, and neutral. Positive wells perform gathering; negative wells perform outward diffusion; neutral wells are what this model defines as vacuum. Inside a neutral quantum well, half consists of positive quantum wells and half of negative quantum wells; this is one kind of nesting of quantum wells, and a quantum well may have both an inner wall and an outer wall. Core 3 §2.1; Main Paper 「vacuum」 definition (Postulate VI) 4. Matching Relation for the Entry and Exit of Annihilation Pairs For whatever reason, whenever a positive annihilation pair jumps out of a quantum well, a negative pair jumps into that same well, and vice versa — one exits, the other enters; positive and negative follow one another. Core 3 opening emphasis 5. Location of Our Universe Our universe lies inside the neutral quantum well of the quasi-super quantum well; its precise location is currently assumed to be in the region where the background microwave radiation of the quasi-super system lies. This neutral-well layer is also the host of other universes. Core 3 Location section 6. Super-Radiation and the Habitable Zone The entire quasi-super quantum-well system is super-radiation, and its photons are super-photons; life cannot exist under super-radiation. The interior of the accretion disk of the quasi-super quantum well carries super-radiation that necessarily appears as soon as the disk turns on, and there survival is impossible — this universe is not there. The relatively close vicinity of the quasi-super well is better, because the super-radiation there has been frequency-shifted down to a low level, acting only weakly at the outer fringe of the neutral well without doing great harm to the whole universe; our very existence is the best testimony to this. Core 3 Location section 7. Scaling of the Actions of the Two Wells The gathering action of the positive quantum well scales with radius as 1/R², from the three-dimensional spherical symmetry of conserved gathering flux ∮F₊·dS = 4πR²F₊(R) = constant, yielding F₊(R)=A/R². The diffusion action of the negative quantum well is posited to scale as R^{1/3}, i.e. F₋(R)=B·R^{1/3}. The coefficients A and B are to be calibrated. Core 3 §5.4 8. Comparison of the Reaction Speeds of the Two Wells The reaction speed of the positive well follows the same scaling, v₊=A/R²; the reaction speed of the negative well is the square of its action, v₋=B·R^{2/3}. The speed difference is Δv(R)=B·R^{2/3}−A/R², with crossing point R*=(A/B)^{3/8}. For R<R* the positive well reacts faster and the inward tendency dominates; for R>R* the negative well reacts faster and the outward tendency dominates; at R=R* the two are equal. All coefficients are to be calibrated; only structural forms and criteria are given. Core 3 §5.4 9. Stability Mechanism at the Centre of the Quasi-Super Quantum Well To prove that the centre is stable one must use the black-hole-style bounded oscillation of eruption-and-replenishment: a balance of attack and defence at the centre together with eruption-and-replenishment (positive annihilation pairs are squeezed out → negative pairs jump in and fill the spot on the spot → the squee
Author: weihui, lu
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225460089