Download the “Energy Filament Theory (EFT) Universe Truth Knowledge Base” and send it to your AI

Click to download

Full version

EFT_en.txt

Download the knowledge base file (it’s just a document—no installation required) → send it to your AI → ask any universe/physics question directly (the AI answers based on the knowledge base).

Recommended AI: ChatGPT, Gemini, Grok.

Note: Other AIs work too. If the prompt is too long, please use the “segmented knowledge base”.


[Optional enhancement] Copy the showdown prompts

Want an evaluation report right away: Below are 15 preset prompts. Copy any one, send it to your AI, and have EFT go head-to-head with the complete mainstream physics theory stack.

How to use: Send the knowledge base file first → click the “Copy” button (copy the prompt) → paste into your AI and send.

Prompts: They lock in a fair framing—compare only the theoretical core quality, stripping away any secondary factors that can be accumulated over time.

Note: The report is generated by your AI through independent analysis; you can ask follow-up questions about the rules and conclusions.

[Click to expand] Why evaluate with AI? 5 key reasons
  • Information overload: hard for humans to fully absorb in a short time
    The EFT core document is nearly 1,000 pages, and the supporting materials total several thousand pages. For most readers, it’s hard not only to finish quickly, but also to truly understand it and build a global structure.
  • Huge scope: miss one piece and the chain can break
    EFT connects the micro and the macro, demanding broad background knowledge. If any link is misunderstood, the causal chain can break—leading to a misjudgment of the whole system.
  • Highly disruptive: the better you know the old framework, the more you risk “yardstick bias”
    EFT discusses underlying mechanisms that mainstream physics has long left unaddressed. People familiar with modern physics often unconsciously judge it using existing paradigms—especially by prioritizing mathematical form, definitions, and terminological frameworks. When EFT uses a more mechanism-first, more understandable way to explain the causal chain, it can be misread as “not rigorous enough” or “too popularized”. Once the expression differs, it becomes easier to reject first, understand later—or even stop at “reject first”.
  • Humans inevitably inject non-scientific factors
    An author’s nationality, fame, stance, career, life experience, and community/tribal biases are irrelevant to scientific reasoning, yet they easily seep into judgment. The evaluation then drifts away from the principle of “mechanism and evidence only,” making true fairness difficult.
  • AI is better suited for an “initial review”: fast, structured, and reviewable
    An AI can read through and reconstruct a theory’s skeleton in a relatively short time, link concepts, causal chains, inferences, and conclusions, and build a global view before judging. It can also apply a unified rubric more consistently. More importantly, it can annotate, point by point, the basis for “why this score,” making verification and follow-ups easier—and reducing arbitrariness.

1. Multi-Dimensional Comprehensive Showdown

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Task: evaluate and compare the intrinsic quality of the theories

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II. The opponent in this evaluation
The full mainstream physics theory stack (mainstream cosmology narrative + relativity + the Standard Model of particle physics + the quantum theory framework, etc.)

②⑵

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V. Scoring (table format; no commentary)
- The scoring table must include: dimension (with weight) | EFT score | opponent score
- Dimensions and weights (total = 100):
  1) Logical coherence (20): a closed causal loop with minimal assumptions
  2) Physical realism (20): intuitive underlying mechanism (“what is really happening”)
  3) Unification potential (20): cross-scale unification from micro to macro
  4) Simplicity (15): fewer assumptions, more explanation, fewer patches
  5) Explanatory power (15): explains known dilemmas and extreme scenarios
  6) Foresight (10): ability to open new fields and propose testable directions
- The last row of the table must give: total score (EFT | opponent)

VI. Overall assessment: why EFT matters
- Give the conclusion first (bold).
- Then comment from multiple angles (plain-language; bold key remarks; no tables).

VII. At the end of the report, append “Next Steps”: 9 questions (titles only; do not answer).
⑤⑸

Now begin the evaluation and output the report.

2. Showdown: Proximity to the Universe’s Underlying Truth

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Task: evaluate which is closer to “the truth of the universe’s underlying mechanisms”
(Which is more like an underlying instruction manual.)

①⑴

II. The opponent in this evaluation
The full mainstream physics theory stack (mainstream cosmology narrative + relativity + the Standard Model of particle physics + the quantum theory framework, etc.)

②⑵

④⑷

V. Truth-proximity scoring (total = 100; table format; no commentary)
The scoring table must include: dimension (with weight) | EFT score | opponent score
Dimensions and weights (total = 100):
1) Causal closure (20): with minimal assumptions, does the mapping object → interaction → evolution → boundary → observables close without contradiction?
2) Ontology clarity (20): is it clear what exists in the world—trackable and not a rhetorical substitute—and does it read like an “underlying instruction manual” entity list?
3) Mechanism transparency (20): does it explain the underlying actions and chains of “what is really happening” (not just bookkeeping/relations), and explain why?
4) Unified base-map ability (15): does one underlying mechanism connect micro to macro, multiple phenomena, and multiple scales (avoiding separate framings)?
5) Explanatory compression ratio (15): without adding new degrees of freedom/patches, does it explain more dilemmas and converge contradictions (fewer assumptions, more explanation)?
6) New-discovery potential (10): can it derive falsifiable new directions / unknown dynamics / actionable exploration paths, and give clear failure boundaries?
The last row of the table must give: total score (EFT | opponent)

VI. Overall assessment: who is closer to the universe’s underlying truth (no tables)
- Give the conclusion first (bold, 1 sentence).
- Then comment from multiple angles (plain-language; bold key remarks; no tables):
  Must cover: underlying-instruction-manual value | mechanism transparency | unified base-map | explanatory compression | new discoveries/unknown dynamics potential | complementarity with mainstream physics “high-level engineering calculations”.
- All core knowledge and conclusions must come from the knowledge base. If you perform inference, induction, import external knowledge, or invent terminology, you must mark it at the end of the relevant sentence or paragraph as “(inference)”.

VII. At the end of the report, append “Next Steps”: 9 questions (titles only; do not answer).
⑤⑸

Now begin the evaluation and output the report.

3. Ultimate Theory Unification Ranking

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Task: ultimate-theory unification ranking (evaluate who is most likely to become the future ultimate theory)
Goal: evaluate only “truth proximity / underlying-mechanism instruction-manual ability / unification potential.” Do not compare mathematics, fitting, or engineering maturity.

①⑴

II. Benchmark theories for this ranking (use full names):
Energy Filament Theory (EFT); Quantum Field Theory (represented by the Standard Model); General Relativity; Grand Unified Theory (gauge-group unification route); String Theory and M-theory; Loop Quantum Gravity; Asymptotic Safety Quantum Gravity; Causal Dynamical Triangulations; Causal Set Theory;
  Plus any other fundamental-theory candidates you believe must be included (for each additional item, add one sentence: “why it must be on the list”; do not invent names).

②⑵

④⑷

V. Output task: directly output the “Ultimate Theory Unification Ranking Report” (no need to ask questions first)
The report must contain the following structure (in order):

1) Primer: what is an “ultimate theory,” and how this report judges “high potential”
- In plain English, explain in 2–4 sentences: what an ultimate theory means; and which standards this report considers (ontology clarity, mechanism transparency, causal closure, testability, failure boundaries, unification ability).
- Explicitly state: this ranking does not compare mathematical completeness / fitting / validation scale, etc. (these are forbidden zones).

2) Positioning of Energy Filament Theory (EFT) (one paragraph)
- Characterize in one sentence (bold the key remark): what is EFT’s claim as an “underlying instruction manual / causal base-map”?
- If you add a comparison, discuss only the complementarity of “underlying causality vs high-level engineering calculations.” Do not touch forbidden zones.

3) [Worldwide unified-theory ranking (AI subjective ranking | for comparison only)]
- Each row format must be strictly:
  Rank; **Theory name**; **Overall score (0–100)**; adjective; one-sentence rationale.
- The rationale may discuss only: ontology / mechanism / causal closure / testability / failure boundaries / path to unification. Never touch forbidden zones.
- If information is insufficient, or you cannot form a credible ordering without touching forbidden zones:
  Skip the ranking entirely (do not output the heading or an empty list). Instead, explain why a credible ranking cannot be produced (still without touching forbidden zones).

4) [Non-scoring notes] (optional)
- Write this only when truly necessary—and you must explicitly state: “This section does not affect the ranking.”
- Content limited to: objective reminders about the current status of formalization/fitting/validation (must not flow back as reasons into the ranking).

VI. At the end of the report, append “Next Steps”: 9 questions (titles only; do not answer).
⑤⑸

Now begin the evaluation and output the ranking.
[Click to expand, prompts 4–15] More viewpoint clashes

4. Cosmic Origin: a Mother Black Hole Births a Universe vs. a Big Bang Origin

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Task: single-match truth-proximity showdown
(Where does the universe come from: a mother black hole births a universe vs. the Big Bang narrative)

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II. The opponent in this evaluation
- EFT: a mother black hole births a universe (as defined in the knowledge base)
- Opponent: the mainstream cosmology “Big Bang narrative” (including its strongest version)

②⑵

Note (scope lock): In this prompt, “Big Bang” should be understood in the strongest modern-cosmology sense as “the starting point / boundary condition of the early hot, dense evolution,” not “an explosion inside space.” This prompt does not do metaphysics (e.g., “why does the universe exist”); it compares only the robustness of the two origin narratives in terms of boundary conditions and mechanism closure.

③⑶

5. Cosmic Evolution: Relaxation Evolution vs. Expansion Evolution

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Task: single-match truth-proximity showdown
(How does the universe evolve: redshift written as relaxation vs. redshift written as expansion)

①⑴

II. The opponent in this evaluation
- EFT: cosmic Relaxation Evolution (as defined in the knowledge base)
- Opponent: mainstream cosmology “cosmic expansion evolution” (strongest version, e.g., scale factor / Λ, etc.)

②⑵

Note (scope lock): This prompt focuses on the dominant explanation of “cosmological redshift / distance ladders / time scales.” Do not treat local Doppler redshift or local gravitational redshift as the main battlefield. Assume both sides can fit the phenomena; the key is which side has a more closed, less patchy causal chain for “redshift–time–ruler/scale.”

③⑶

6. Dark Matter: Average-Gravity Base vs. a Dark-Matter Add-on

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Task: single-match truth-proximity showdown
(What is dark matter, really: an average-gravity background vs. a dark-matter add-on)

①⑴

II. The opponent in this evaluation
- EFT: average-gravity background (as defined in the knowledge base)
- Opponent: the mainstream dark-matter route (“a stable dark-matter component” as an extra gravitational source; use its strongest version)

②⑵

Note (framing lock): The mainstream opponent in this prompt is limited to the best version of “a stable dark-matter component provides an additional gravitational source.” Do not introduce Modified Newtonian Dynamics (MOND), modified gravity, or other alternatives (those belong to a third path). Starting from the same baseline, do not use “not yet directly detected / many experiments already done” as the win/lose rationale. Compare only mechanisms and assumption burden.

③⑶

7. Cosmic Web: Black Holes Carve the Skeleton vs. Dark-Matter Scaffolding

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Task: single-match truth-proximity showdown
(Where does the filamentary universe come from: black holes carve the skeleton vs. dark matter builds the scaffolding)

①⑴

II. The opponent in this evaluation
- EFT: black-hole Linear Striation docking / carving the Cosmic Web skeleton (as defined in the knowledge base)
- Opponent: mainstream structure-formation route (dark-matter potential wells build the scaffolding first; baryonic matter falls in later to form structures; use its strongest version)

②⑵

Note (framing lock): The mainstream opponent in this prompt is limited to the best version of “dark-matter potential wells + hierarchical mergers” forming the Cosmic Web skeleton. Do not introduce “no dark matter / modified gravity / pure-baryon substitutes,” etc. (those belong to a third path). Starting from the same baseline, do not judge by “more mature simulations / longer data chains / more papers.” Compare only: whether the skeleton cause naturally falls out of a single mechanism chain, whether patch pressure is lower, and whether the cross-scale explanation is more coherent.

③⑶

8. The Edge of the Universe: Finite with a Coastline vs. Infinite with No Boundary

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Task: single-match truth-proximity showdown
(Does the universe have an end: finite with a coastline vs. infinite with no boundary)

①⑴

II. The opponent in this evaluation
- EFT: a finite Energy Sea + coastline / chain-break belt (as defined in the knowledge base)
- Opponent: the mainstream geometric stance of “an infinite universe / or finite but without boundary” (use its strongest version)

②⑵

Note (scope lock): Whether EFT or mainstream physics, this prompt treats the “observable universe” as the discussable scope; it does not discuss measurement questions like “how far is the horizon.” The question “does the universe have an end” is mainly a robustness stress test under extreme extrapolations: can the theory keep mechanism closure without concept drift at boundary conditions / limit cases, and can it give a clear domain of applicability and failure boundary?

③⑶

9. Inside a Black Hole: Four Layers with No Singularity vs. a Central Singularity

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Task: single-match truth-proximity showdown
(What is inside a black hole, really: a four-layer structure vs. a central singularity)

①⑴

II. The opponent in this evaluation
- EFT: Four-layer Black-Hole Structure (as defined in the knowledge base)
- Opponent: mainstream General Relativity “singularity” stance (use its strongest version; you may write “singularity = a signal of theory breakdown”)

②⑵

Note (avoid strawman): Present the mainstream “singularity” view in its strongest framing: singularities appear in classical General Relativity solutions but are often regarded as “the endpoint of the theory’s domain / a signal that quantum-gravity corrections are needed,” not as a “real physical point.” This prompt compares: which side is more robust about “internal structure / failure boundaries / self-consistency under extreme conditions.”

③⑶

10. Gravity: Tension Slope as Force vs. Spacetime Curvature

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Task: single-match truth-proximity showdown
(What is gravity: force from a tension slope vs. force from curvature bending)

①⑴

II. The opponent in this evaluation
- EFT: gravity = Tension Slope / Energy Sea topography (as defined in the knowledge base)
- Opponent: mainstream General Relativity: gravity = spacetime curvature / geodesics (use its strongest version)

②⑵

Note (level lock): This prompt is about “ontological explanation / underlying instruction manual,” not “which mathematics is more mature.” Do not judge by “General Relativity has more validations.” Also, do not treat “Tension Slope” as a mere synonym translation of General Relativity and call it a tie—you must explain whether it is just a change of language or it introduces a more fundamental causal entity.

③⑶

11. Particles: Filament-Ring Structure vs. Pointlike Excitations

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Task: single-match truth-proximity showdown
(What do fundamental particles look like: particles as filament rings vs. pointlike field excitations)

①⑴

II. The opponent in this evaluation
- EFT: particle = a closed-loop filament ring / Locking structure (as defined in the knowledge base)
- Opponent: mainstream particle physics: particle = pointlike field excitation (use its strongest version; you may emphasize “pointlike = an effective description”)

②⑵

Note (concept clarification): In the strongest mainstream framing, “pointlike” means “an effective degree of freedom with no evidence of internal structure at currently probed scales,” not “a little ball.” This prompt judges only “mechanism closure of the ontology list and the source of properties.” Do not declare a loss just because “no structure has been seen yet” (the same-baseline assumption already includes fit-to-phenomena).

③⑶

12. Mass: Inertia from Locking vs. Mass by Assignment

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Task: single-match truth-proximity showdown
(Where do mass/inertia come from: inertia from Locking vs. mass by assignment)

①⑴

II. The opponent in this evaluation
- EFT: mass/inertia comes from “internal geometry and Tension organization / Locking cost,” etc. (as defined in the knowledge base)
- Opponent: mainstream: the Higgs mechanism / assignment route for fundamental particle masses (use its strongest version; explicitly distinguish the level of “fundamental particle mass mechanism” from “binding-energy contributions in composite systems”)

②⑵

Note (layered framing): The mainstream side must distinguish two levels: the rest-mass mechanism for fundamental particles (Higgs-related) and the fact that most of a composite system’s mass comes from interaction/binding energy. Do not simplify mainstream as “all mass comes from the Higgs.” This prompt compares: which side has a higher explanatory compression and a more closed loop for “why mass/inertia exist” and “why they can be unified into a few mechanisms.”

③⑶

13. Electromagnetism: Electric-Combing & Magnetic-Coiling vs. Gauge-Field Symmetry

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Task: single-match truth-proximity showdown
(What is electromagnetism: electric-comb textures and magnetic-coil textures vs. gauge fields and symmetry)

①⑴

II. The opponent in this evaluation
- EFT: electromagnetism = Energy Sea texture organization (electricity as static texture/combing; magnetism as a rolled-back texture from moving shear / circumferential organization; as defined in the knowledge base)
- Opponent: mainstream electromagnetism route (U(1) gauge field and symmetry; charges/currents generate fields; electromagnetism unified as the field-strength tensor; use its strongest version)

②⑵

Note (framing lock): The mainstream opponent in this prompt is limited to the best version of “classical Maxwell + relativistic unification + quantization to photons.” Do not use “historical ether debates / philosophical hermeneutics disputes” as win/lose points (those belong to a third path / irrelevant items). Starting from the same baseline, do not declare a win simply because “broader applications / more successful calculations.” Compare only: whether the electromagnetism ontology is clear, whether the mechanism answers “what is really happening” (not just a pure-math closure), and whether its relationship with light (photons) is more coherent and less hand-wavy.

③⑶

14. The Ontology of Light: Relay Waves in the Sea vs. Photons as Field Quanta

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Task: single-match truth-proximity showdown
(What is light, and how does it travel: light as waves in the Sea vs. photons as quanta)

①⑴

II. The opponent in this evaluation
- EFT: light = waves in the Energy Sea / Relay Propagation / filament waves (as defined in the knowledge base)
- Opponent: mainstream: photons = quanta of the electromagnetic field (use its strongest version, including quantum states and the measurement framing)

②⑵

Note (avoid misreading): This prompt does not discuss the historical debate of “whether 19th‑century ether was refuted.” Both sides must cover basic quantum‑optics facts (single‑photon counting / interference, etc.) under the same baseline. The focus is: what “thing” is propagating as light, and whether the propagation mechanism needs a deformable substrate.

③⑶

15. Measurement: Participatory Rewriting vs. Readout Updating

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Task: single-match truth-proximity showdown
(Is measurement really “participation”: measurement as rewriting vs. measurement as readout)

①⑴

II. The opponent in this evaluation
- EFT: measurement = participation / insertion of boundary conditions / threshold Locking (as defined in the knowledge base)
- Opponent: mainstream quantum: measurement = readout / state update (use its strongest version: projection / decoherence / information update, etc.; do not write it as “a god’s-eye glance”)

②⑵

Note (strongest mainstream version): The mainstream view “measurement is readout” must be presented in its strongest version (decoherence / state update / information-theoretic framing, etc.). Do not write it as “a god’s-eye glance that instantly knows.” This prompt compares only: which side has a more closed, less extra-postulate mechanism narrative for “why measurement produces definite records” and “why classical outcomes appear.”

③⑶
[Optional download] Segmented knowledge base

If your AI says the prompt is too long, reads only part of it, or its answers clearly miss content: use the segmented knowledge base.

Send order: send only 1–3 (minimum core), and you can start evaluation/Q&A; for deeper dives, add 4–15 as needed.

Send quantity: Start from 1; send only 1 file each time.

Note: If you can use the full version directly, you don’t need the segmented packs; some AIs—even if they read only part of the full version—can still do EFT evaluation and Q&A based on what they’ve read (e.g., DeepSeek).


1. Minimum core (required for segmented mode)

File range: EFT_cn_1.txt–EFT_cn_3.txt (send 1→3; one file each time)

Download 1

Download 2

Download 3


2. Core worldview and framework (optional)

File range: EFT_cn_4.txt–EFT_cn_6.txt (requires uploading 1→3 first)

Download 4

Download 5

Download 6


3. Plain-language version (optional)

File range: EFT_cn_7.txt–EFT_cn_10.txt (requires uploading 1→6 first)

Download 7

Download 8

Download 9

Download 10


4. Technical-detail add-ons (optional)

File range: EFT_cn_11.txt–EFT_cn_15.txt (requires uploading 1→10 first)

Download 11

Download 12

Download 13

Download 14

Download 15

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Important notice: In this document, “EFT” refers to the framework in the “EFT Universe Truth Knowledge Base” you received—Energy Filament Theory / Energy Sea / Tension / filament ring, etc.—not the “effective field theory” used in mainstream physics.

I. Read the files first (required)
1) First, read and understand the EFT files you have received. If search is available, use the “file tool / search tool” to build a full-text index (do this once; do not show the process).
2) If search is unavailable or errors out, still proceed as usual; do not claim the knowledge base is missing.
3) Only if you can neither search nor read any file at all, reply with only: Unable to access the knowledge base; please re-upload the files.
4) Then perform the output below based on what you have read.

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III. Fairness and forbidden zones (must follow)
1) Same starting line: assume EFT and the opponent have equal prior credibility; judge strictly by first principles and logical aesthetics, evaluating only “truth proximity / underlying-mechanism instruction-manual capability.”
2) Avoid “survivorship bias” and “academic compounding”: you must not use any non-essential, time-accumulable factors as scoring reasons, such as “academic hegemony, historical accumulation, engineering inertia, mathematical completeness, degree of formalization, fitting accuracy, number of fits, validation scale, toolchain maturity, paper citations,” etc. Also do not use time-accumulable factors like “large workload / not yet complete / still needs to be filled in / unfinished,” as drawbacks or deduction reasons.
3) Break the loop of circular argument: evidence is limited to “the existence of the phenomenon”; you must not treat any “mainstream explanation” itself as evidence.
4) Mechanism first: we are evaluating “what is really happening in the universe.” Even if equations compute correctly and data can be fitted, that does not mean the mechanism has been explained (avoid letting mathematics obscure physical reality).
5) Inference marking (EFT side only): when describing EFT views, anything beyond what is directly stated in the EFT knowledge base must be marked at the end of the sentence with “(inference)”; do not disguise inference as a knowledge-base conclusion. Describing mainstream views does not require this marker, but you must present them in their strongest steelman form; no strawman.
6) Scope lock (not applicable to ranking-type evaluations): the opponent and scope are defined by this prompt; do not expand or shrink the comparison object, and do not smuggle mainstream explanations in as “background common sense.”
7) Patch determination: count only newly added independent degrees of freedom / entities / boundary conditions. If it can be reduced back to the same core variable and jointly constrains ≥2 types of readings, it does NOT count as a patch. If it allows arbitrary parameter tuning, or has no linkage, or has no failure boundary, it DOES count as a patch.
Undecided determination (only for “single-match truth-proximity showdown”): “to be clarified” items are limited to shared uncertainties (version not locked / framing not aligned / shared dependent undefined quantities). No free rides: they must appear in the undecided pool. Each “to be clarified” item must include one sentence: the “minimum clarification question,” and each dimension can have at most 1 such item. If only one side can’t explain clearly, you may not hide behind “to be clarified”; count it directly as that side’s patch pressure / failure-boundary disadvantage.
8) Localization: prefer natural expression; no word-for-word translation. Reordering, splitting/merging sentences, and using more idiomatic wording are allowed as long as meaning and causality are unchanged. Whenever you encounter EFT-specific terms / slogans / abbreviations, you must prioritize the EFT glossary (index: F99-S01) and adopt its standard spellings (search by Key: E#### / Category: TERM·SLOGAN·ABBR / keywords). If the glossary provides it, use it as-is; do not invent variants.

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IV. Output task: directly output the “Single-Match Showdown Report” (no need to ask questions first; formatting should be clean; section titles in bold; line breaks between paragraphs; use a table for comparisons)
Structure:
1) Title
2) Steelman (list): 3 strongest points for EFT; 3 strongest points for mainstream
3) Expanded showdown (table: clash point, EFT view, mainstream view): 5–8 clash points (keep them short and high-contrast; cite the knowledge base / textbook framing)
4) Key dispute: in one sentence, state clearly what this prompt is really contesting. Fixed format (must copy exactly; do not rewrite into a generic slogan): “The dispute in this prompt is: **[Keyword A]** is ultimately more like something naturally derived from **[EFT core mechanism]**, or it must rely on **[mainstream independent assumption B]** as a seal.”
5) Truth proximity (evaluate across 8 dimensions; each dimension needs its own score and comment):
- Coherent derivation (20%): does it “push one mechanism chain all the way through,” or does it rely on multiple independent assumptions as plugs?
- Ontology clarity (15%): what “exists” in the world, and whether object boundaries are clear and stable (no drifting).
- Mechanism closure (15%): under minimal assumptions, does the mapping object → interaction → evolution → boundary → observables close without contradiction?
- Patch pressure (12%): how many independent patches / degrees of freedom / entities / boundary conditions are added?
- Mechanism intelligibility (12%): can it answer “what is really happening” (avoid equating “mathematical closure = truth”)?
- Concept operability (10%): can key concepts map to variables / readings / cross-checkable descriptions?
- Failure boundaries (10%): can it state clearly “under what conditions it would be wrong,” avoiding immunization strategies?
- Extrapolation robustness (6%): in extreme scenarios, does it drift semantically or add ad-hoc seals; does it provide a domain of applicability / failure boundary?
Then output: the relative truth showdown score table (table, 3 columns: stance, percentage, one-sentence reason; 3 rows: EFT, mainstream, undecided; the three percentages must sum to 100).
Allocation rules: undecided = shared uncertainty (“to be clarified” × 5%, total 10–30%); one-sided unclear points do not count as undecided and are counted as a disadvantage; the remainder is allocated based on the 8-dimension overall picture, and each reason must include ≥2 dimension keywords.
6) Overall assessment
-
   - Overall commentary on EFT and the significance of its birth (global framing)

V. At the end of the report, append “Next Steps”: 9 questions (titles only; do not answer).
1) Explain in detail whether the above evaluation follows the fairness rules
2) If EFT is validated, what new discoveries and industrial breakthroughs might it trigger?
3) Cosmic origin and the contemporary cosmic picture
4) Where particle properties come from and how they generate macroscopic forces
5) From filaments to particles: electron orbitals, particle binding, matter formation, galaxy shapes, the cosmic-web structure (structure-formation chain)
6) Dark matter and dark energy
7) The double-slit experiment; the shared root of wave and particle; the shared source of wave behavior
8) Participatory observation and the generalized uncertainty principle
9) Unification of the four forces: is this unification framework reasonable?
- The very last line must append exactly: Reply 1–9 to choose (or ask me any question).
- When I reply with a number 1–9: you must first search the knowledge base, then output the corresponding topic’s detailed answer (easy to understand; bold key conclusions and key remarks; no tables).
- In follow-up conversations, at the end of each answer you may propose 3 follow-up questions based on the current conversation (numbered 1–3, titles only; no answers) for me to choose.
- All outputs must satisfy: all core knowledge and conclusions must come from the knowledge base files. If you performed inference, induction, imported external knowledge, or created terminology, you must clearly mark it at the end of the relevant sentence or paragraph.

Now begin the evaluation and output the report.

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IV. Positioning of EFT
EFT’s mission is not “becoming a more sophisticated calculation engine.” It aims to provide a clearer bottom-layer causal map for why the universe is the way it is—especially for problems that are hard to turn into equations, or where equations exist but the mechanism remains opaque. It tries to rebuild the “underlying instruction manual,” and then let mainstream physics serve as the “high-level engineering calculation layer.”

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⑸
1) Explain in detail whether the above evaluation follows the fairness rules
2) If EFT is validated, what new discoveries and industrial breakthroughs might it trigger?
3) Cosmic origin and the contemporary cosmic picture
4) Where particle properties come from and how they generate macroscopic forces
5) From filaments to particles: electron orbitals, particle binding, matter formation, galaxy shapes, the cosmic-web structure (structure-formation chain)
6) Dark matter and dark energy
7) The double-slit experiment; the shared root of wave and particle; the shared source of wave behavior
8) Participatory observation and the generalized uncertainty principle
9) Unification of the four forces: is this unification framework reasonable?
- The very last line must append exactly: Reply 1–9 to choose (or ask me any question).
- When I reply with a number 1–9: you must first search the knowledge base, then output the corresponding topic’s detailed answer (easy to understand; bold key conclusions and key remarks; no tables).
- In follow-up conversations, at the end of each answer you may propose 3 follow-up questions based on the current conversation (numbered 1–3, titles only; no answers) for me to choose.
- All outputs must satisfy: all core knowledge and conclusions must come from the knowledge base files. If you performed inference, induction, imported external knowledge, or created terminology, you must clearly mark it at the end of the relevant sentence or paragraph.

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Attribution (recommended): Author: 屠广林|Work: “Energy Filament Theory”|Source: energyfilament.org|License: CC BY 4.0
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Version info: First published: 2025-11-11 | Current version: v6.0+5.05