Download the EFT Knowledge Base of the Underlying Operation of the Universe and send it to your AI

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Full version (6.27 MB)

EFT_en.txt

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Compact version (2.82 MB)

EFT_en_mini.txt

Download the TXT document → upload it to your AI → ask any question about the universe or physics.

Based on EFT 7.0; plain text; no installation required:

  • ChatGPT / Gemini / Grok: download the full version
  • Other AI systems: download the compact version
  • Content too long: download the “segmented knowledge base” at the bottom of the page
  • Version release record DOI: https://doi.org/10.5281/zenodo.18853200

[Optional Enhancement] Copy the duel prompts

Want to generate an evaluation report directly? The 15 preset prompts below are provided for you. Copy any one of them to your AI and let EFT duel against the entire theoretical system of mainstream physics.

Method: send the knowledge-base file first → click the “Copy” button (copy the prompt) → paste it into your AI and send it.

Instruction: use it to lock the fairness standard, compare only the intrinsic quality of the theoretical core, and strip away any secondary factors that can accumulate over time.

Tip: 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 must AI be used for evaluation? 5 key reasons
  • Too much information: hard for humans to digest fully in the short term
    The core EFT documents run close to a thousand pages, and the supporting materials total thousands of pages. For ordinary readers, it is not only hard to finish them quickly, but even harder to “read them through + build the global structure.”
  • Extremely broad scope: missing one piece of knowledge can easily break the chain
    EFT runs from the microscopic to the macroscopic, so it places high demands on a reader’s range of knowledge. If any one link is not understood, the causal chain can break, leading to a misjudgment of the entire system.
  • Highly disruptive: the more one knows the old system, the easier it is to develop “yardstick bias”
    EFT discusses the underlying mechanisms that mainstream physics has long lacked. People familiar with contemporary physics often, almost unconsciously, use the existing paradigm as the standard of judgment, especially by putting mathematical form, definition systems, and terminology frameworks first. When EFT uses a more mechanism-based and understandable style to clarify the causal chain first, it can easily be misread as “not rigorous enough” or “too popularized.” As a result, once the mode of expression differs, people are more likely to reject first and understand later, or even remain stuck at “deny first.”
  • Humans inevitably bring in non-scientific factors
    The author’s nationality, fame, position, career path, life experience, and circle-based biases have nothing to do with scientific argumentation, yet they can easily seep into the judgment process. This causes evaluation to drift unconsciously away from the principle of “looking only at mechanisms and evidence,” making genuine fairness difficult.
  • AI is better suited for the “initial review”: it can read quickly, structure the material, and make the process reviewable
    AI can read through the material and reconstruct the theoretical skeleton in a relatively short time, linking concepts, causal chains, inferences, and conclusions before reaching a conclusion from a global view. At the same time, it can apply a unified standard with relative restraint for comparative scoring. More importantly, AI can list the reasons behind “why it scored this way” item by item, making it easier for anyone to review, question, and reduce arbitrariness in evaluation.

1. Multidimensional Comprehensive Duel

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Task: evaluate and compare the intrinsic quality of the theories

①⑴

II. Opponent for this evaluation
The entire theoretical system of mainstream physics (mainstream cosmological narrative + relativity + the standard theory of particle physics + the quantum theory system, etc.)

②⑵

④⑷

V. Scoring (presented as a table; no comments needed)
- The scoring table must include: Dimension (with weight) | EFT score | Opponent score
- Dimensions and weights (total 100):
  1) Logical self-consistency (20): causal closure under few assumptions
  2) Physical realism (20): intuitiveness of the underlying mechanism (“what is really happening”)
  3) Grand-unification potential (20): cross-scale unification from microscopic to macroscopic
  4) Simplicity (15): fewer assumptions, more explanation, fewer patches
  5) Explanatory power (15): ability to explain known difficulties and extreme scenarios
  6) Forward-looking power (10): ability to expand into new domains and point to testable directions
- The final row of the table must give: total score (EFT | opponent)

VI. Overall Comment: the significance of EFT’s emergence
- Give the conclusion first (bold)
- Then comment from multiple angles (easy to understand; bold the key comments; do not use a table)

VII. Append [Next Step] 9 questions at the end of the report (titles only; no answers)
⑤⑸

Start the evaluation now and output the report.

2. Universe-Truth Proximity Duel

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Task: evaluate which side is closer to “the truth of the universe’s underlying mechanisms”
(which side looks more like the underlying manual)

①⑴

II. Opponent for this evaluation
The entire theoretical system of mainstream physics (mainstream cosmological narrative + relativity + the standard theory of particle physics + the quantum theory system, etc.)

②⑵

④⑷

V. Truth-proximity scoring (total 100; presented as a table; no comments needed)
The scoring table fields must include: Dimension (with weight) | EFT score | Opponent score
Dimensions and weights (total 100):
1) Causal closure (20): whether, under few assumptions, object → interaction → evolution → boundary → observable mapping is closed and non-contradictory.
2) Ontological clarity (20): whether “what exists” in the world is clear, traceable, and not a mere terminology substitute; whether it looks more like an object list from an “underlying manual.”
3) Mechanistic transparency (20): whether it explains the underlying actions and chains of “what is really happening” (rather than only giving bookkeeping/relations); whether it can explain why things are so.
4) Unified Base Map ability (15): whether one underlying mechanism runs through microscopic to macroscopic, across multiple phenomena and scales (avoiding separate vocabularies for each).
5) Explanation compression ratio (15): whether it explains more difficulties and converges contradictions without adding freedoms/patches (fewer assumptions, more explanation).
6) New-discovery potential (10): whether it can derive new discovery directions, unknown dynamics, or executable exploration paths that can decide winners and losers, while giving clear failure boundaries.
The final row of the table must give: total score (EFT | opponent)

VI. Overall Comment: who is closer to the universe’s underlying truth (no table)
- Give the conclusion first (bold, 1 sentence).
- Then comment from multiple angles (easy to understand; bold the key comments; do not use a table):
  Must cover: underlying-manual value | mechanistic transparency | unified Base Map | explanation compression | new-discovery/unknown-dynamics potential | complementarity with mainstream physics as “high-level engineering calculation.”
- All core knowledge and conclusions must come from the knowledge base; if you make inferences, summaries, introduce external knowledge, or create terminology, mark “(inference)” at the end of the corresponding sentence or paragraph.

VII. Append [Next Step] 9 questions at the end of the report (titles only; no answers)
⑤⑸

Start the evaluation now and output the report.

3. Ultimate Grand-Unification Theory Ranking

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Task: ultimate grand-unification theory ranking (evaluate which theory is more likely to become the future ultimate theory)
Goal: evaluate only “universe-truth proximity / underlying-mechanism manual capability / grand-unification potential,” not mathematics, fitting, or engineering maturity.

①⑴

II. Comparison targets for this ranking evaluation (use full names):
Energy Filament Theory (EFT); quantum field theory (represented by the Standard Model); general relativity; grand unified theories (gauge-group unification route); string theory and M-theory; loop quantum gravity; asymptotically safe quantum gravity; causal dynamical triangulations; causal set theory;
  and any other foundational-theory candidates you believe must be included for comparison (for each added item, explain in one sentence “why it must be included”; do not invent names).

②⑵

④⑷

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

1) Guide: what an “ultimate theory” is, and how this report judges “high potential”
- Explain in plain English in 2–4 sentences: what an ultimate theory means; which standards this report looks at (ontological clarity, mechanistic transparency, causal closure, testability, failure boundaries, grand-unification ability).
- Clearly state: this ranking does not compare mathematical completeness, fitting, verification scale, etc. (these are prohibited zones).

2) Positioning of Energy Filament Theory (EFT) (one paragraph)
- Characterize it in one sentence (bold the key comment): what EFT claims as an “underlying manual / causal Base Map.”
- If additional comparison is needed, discuss only the complementarity of “underlying causality vs high-level engineering calculation”; do not touch prohibited zones.

3) [Global Unified-Theory List (AI subjective ranking | for comparison only)]
- Each row must strictly follow this format:
  Rank; **theory name**; **overall score (0–100)**; adjective; one-sentence reason.
- Reasons may discuss only: ontology / mechanism / causal closure / testability / failure boundaries / grand-unification route; any prohibited zone is strictly forbidden.
- If information is insufficient, or if a credible ranking cannot be formed without touching prohibited zones:
  skip the list directly (do not output the title or an empty list), and instead explain “why a credible ranking cannot be made” (still without touching prohibited zones).

4) [Non-scoring note] (optional)
- Write this only when truly necessary; clearly state that “this paragraph does not affect the ranking.”
- Content is limited to objective reminders about the status of formalization, fitting, or verification (these must not flow back into the ranking as reasons).

VI. Append [Next Step] 9 questions at the end of the report (titles only; no answers)
⑤⑸

Start the evaluation now and output the ranking.
[Click to expand, prompts 4–15] More clashes of viewpoints

4. Cosmic Origin: Mother-Black-Hole Birth of the Universe vs Big Bang Origin

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Task: single-topic truth-proximity duel
(Where did the universe come from: mother-black-hole birth of the universe vs the Big Bang narrative)

①⑴

II. Opponent for this evaluation
- EFT: mother-black-hole birth of the universe (use the knowledge base as the standard)
- Opponent: the mainstream contemporary cosmological “Big Bang narrative” (including its strongest version)

②⑵

Note (scope lock): in this question, “Big Bang” must be understood in the strongest contemporary cosmological sense as “the starting point / boundary condition of an early hot and dense evolutionary history,” not as “an explosion in space.” This question does not engage in metaphysical discussion (such as “why there is a universe”); it compares only the robustness of the two origin narratives in boundary conditions and mechanistic closure.

③⑶

5. Cosmic Evolution: Relaxation Evolution vs Expansion Evolution

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Task: single-topic truth-proximity duel
(How the universe evolves: redshift written by relaxation vs redshift written by expansion)

①⑴

II. Opponent for this evaluation
- EFT: cosmic Relaxation Evolution (use the knowledge base as the standard)
- Opponent: mainstream cosmology’s “cosmic expansion evolution” (including its strongest version, such as the scale factor / Λ, etc.)

②⑵

Note (scope lock): this question focuses on explanatory primacy over “cosmological redshift / distance standards / time scales”; it does not treat local Doppler redshift or local gravitational redshift as the main battlefield. Assume both sides can fit the phenomena; mainly evaluate which side has a more closed causal chain for “redshift-time-standards” with fewer patches.

③⑶

6. Dark Matter: Average Gravitational Ground vs Dark-Matter Supplement

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Task: single-topic truth-proximity duel
(What dark matter really is: average gravitational background vs dark-matter supplement)

①⑴

II. Opponent for this evaluation
- EFT: average gravitational background (use the knowledge base as the standard)
- Opponent: the mainstream dark-matter route (“stable dark-matter component” as an additional gravitational source; write it in its strongest version)

②⑵

Note (framing lock): the mainstream opponent in this question is limited to the best version of “a stable dark-matter component providing an additional gravitational source,” without introducing alternatives such as MOND / modified gravity (these belong to a third route). On the same starting line, do not use “not yet directly detected / many experiments have already been done” as reasons for winning or losing; compare only mechanisms and assumption burden.

③⑶

7. Cosmic Web: Black Holes Carve the Skeleton vs Dark Matter Builds the Scaffold

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Task: single-topic truth-proximity duel
(Where the filamentary universe comes from: black holes carve the skeleton vs dark matter builds the scaffold)

①⑴

II. Opponent for this evaluation
- EFT: black-hole straight-texture docking / carving the cosmic-web skeleton (use the knowledge base as the standard)
- Opponent: the mainstream structure-formation route (dark-matter potential wells first build the scaffold, then baryonic matter falls in and forms structures; write it in its strongest version)

②⑵

Note (framing lock): the mainstream opponent in this question is limited to the best version in which “dark-matter potential wells + hierarchical merging” form the cosmic-web skeleton, without introducing “no dark matter / modified gravity / purely baryonic alternatives” (these belong to a third route). On the same starting line, do not judge victory by “more mature simulations / longer data chains / more papers”; compare only whether the skeleton’s origin follows naturally from one mechanism chain, whether patch pressure is lower, and whether cross-scale explanation is more coherent.

③⑶

8. The End of the Universe: Finite with a Coastline vs Infinite and Boundaryless

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Task: single-topic truth-proximity duel
(Does the universe have an end: finite with a coastline vs infinite and boundaryless)

①⑴

II. Opponent for this evaluation
- EFT: finite Energy Sea + coastline / broken-relay zone (use the knowledge base as the standard)
- Opponent: the mainstream geometric position of an “infinite universe / or finite but boundaryless” (write it in its strongest version)

②⑵

Note (scope lock): for both EFT and mainstream physics, this question defaults to the “observable universe” as the discussable range. It does not discuss the measurement question of “how far the horizon is.” The phrase “whether the universe has an end” is mainly used to test theoretical robustness under extreme extrapolation: whether the theory can preserve mechanistic closure and conceptual stability under boundary conditions / limiting cases, and provide clear domains of applicability and failure boundaries.

③⑶

9. Inside Black Holes: Four Layers without a Singularity vs a Central Singularity

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Task: single-topic truth-proximity duel
(What the inside of a black hole really is: four-layer structure vs a central singularity)

①⑴

II. Opponent for this evaluation
- EFT: four-layer black-hole structure (use the knowledge base as the standard)
- Opponent: mainstream GR’s “singularity” position (strongest version: it may allow “singularity = a signal that the theory has reached its limit”)

②⑵

Note (anti-strawman): the mainstream “singularity” must be stated in its strongest form: singularities appear in classical GR solutions, but are often treated as “the endpoint of the theory’s domain of applicability / a signal that quantum-gravity correction is needed,” not as a “real physical point.” This question compares which side is more robust on “internal structure / failure boundary / self-consistency under extreme conditions.”

③⑶

10. Gravity: Tension Slopes Become Force vs Spacetime Curvature Theory

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Task: single-topic truth-proximity duel
(What gravity is: force from a Tension slope vs force from curvature)

①⑴

II. Opponent for this evaluation
- EFT: gravity = Tension gradient / Energy Sea terrain (use the knowledge base as the standard)
- Opponent: mainstream GR: gravity = spacetime curvature / geodesics (write it in its strongest version)

②⑵

Note (level lock): this question discusses “ontological explanation / underlying manual,” not “which mathematics is more mature.” Do not judge victory by “GR has more verification”; also do not treat the “Tension slope” as a synonymous translation of GR and call it a draw. You must explain whether it is merely “new language” or whether it “provides a deeper causal entity.”

③⑶

11. Particles: Filament-Ring Structure vs Pointlike Excitation

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Task: single-topic truth-proximity duel
(What basic particles look like: particles as Filament Rings vs pointlike field excitations)

①⑴

II. Opponent for this evaluation
- EFT: particle = ring-like closed Filament Ring / Locking structure (use the knowledge base as the standard)
- Opponent: mainstream particle physics: particle = pointlike field excitation (write it in its strongest version; you may emphasize “pointlike = effective description”)

②⑵

Note (conceptual clarification): mainstream “pointlike” must be understood in its strongest sense as “an effective degree of freedom with no evidence of internal structure at detected scales,” not as a “little ball.” This question evaluates only the “mechanistic closure of the ontology list and the origin of properties”; do not directly judge it negatively by saying “no structure has currently been seen” (the same starting line already assumes both can fit).

③⑶

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

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Task: single-topic truth-proximity duel
(Where mass/inertia comes from: inertia from Locking vs mass by assignment)

①⑴

II. Opponent for this evaluation
- EFT: mass/inertia comes from “internal geometry and Tension organization / Locking cost,” etc. (use the knowledge base as the standard)
- Opponent: mainstream: the Higgs mechanism / assignment route for the masses of elementary particles (write it in its strongest version, and clearly distinguish the different levels of “elementary-particle mass mechanism” and “binding-energy contribution in composite systems”)

②⑵

Note (layered framing): the mainstream side must distinguish two layers: the mechanism for elementary particles’ rest mass (Higgs-related), and the fact that the bulk of composite-system mass comes from interaction energy / binding energy. Do not simplify the mainstream view into “all mass comes from Higgs.” This question compares the explanation compression ratio and closure of the two sides on “why mass/inertia exists and why it can be unified under a small number of mechanisms.”

③⑶

13. Electromagnetism: Electric Combing and Magnetic Curling vs Gauge-Field Symmetry

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Task: single-topic truth-proximity duel
(What electromagnetism is: electric combed texture and magnetic curled texture vs gauge fields and symmetry)

①⑴

II. Opponent for this evaluation
- EFT: electromagnetism = Energy Sea texture organization (electricity as static texture / combing; magnetism as motion-shear-induced curled texture / ringwise organization; use the knowledge base as the standard)
- Opponent: mainstream electromagnetism route (U(1) gauge field and symmetry; charges/currents generate fields; electromagnetism unified as the field-strength tensor; write it in its strongest version)

②⑵

Note (framing lock): the mainstream opponent in this question is limited to the best version of “classical Maxwell + relativistic unification + quantization to photons.” Do not introduce “historical ether debates / philosophical interpretation disputes” as victory points (these belong to a third route / irrelevant items). On the same starting line, do not directly judge victory by “wider applications / more successful calculations”; compare only whether the ontology of electromagnetism is clear, whether the mechanism can answer “what is really happening” (rather than merely mathematical closure), and whether the relation to light (photons) is more coherent and less sealed-off.

③⑶

14. Ontology of Light: Relay Wave in the Sea vs Photon as Field Quantum

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Task: single-topic truth-proximity duel
(What light really is and how it travels: light as a wave in the sea vs photon as a quantum)

①⑴

II. Opponent for this evaluation
- EFT: light = wave / relay propagation / filament wave in the Energy Sea (use the knowledge base as the standard)
- Opponent: mainstream: photon = quantum of the electromagnetic field (write it in its strongest version, including quantum-state and measurement framings)

②⑵

Note (avoid misreading): this question does not discuss the historical debate over whether the “19th-century ether” was refuted. Both sides must cover basic facts of quantum optics (single-photon counting / interference, etc.) on the same starting line. The duel focuses on: what “thing” light is as it propagates, and whether the propagation mechanism needs a deformable baseboard.

③⑶

15. Measurement: Participatory Rewriting vs Readout Updating

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Task: single-topic truth-proximity duel
(Whether measurement is truly “participatory”: measurement as rewriting vs measurement as readout)

①⑴

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

②⑵

Note (mainstream strongest version): the mainstream view “measurement is readout” must be presented in its strongest version (decoherence / state updating / information-theoretic framing, etc.), not as “a God’s-eye glance that simply knows.” This question compares only which side gives a more closed mechanistic account, with fewer extra postulates, of “why measurement produces definite records / why classical results appear.”

③⑶
[Optional Download] Segmented Knowledge Base (based on EFT 6.0)

If the AI says the prompt is too long, reads only part of it, or obviously misses content, use the segmented knowledge base instead.

Sending order: send only 1–3 (minimum core), and you can begin evaluation/questions; for deeper work, supplement 4–15 as needed.

Sending quantity: start from 1 and send only 1 file at a time.

Tip: when the full version can be used directly, the segmented pack is not needed; some AI systems can still perform EFT evaluation and Q&A based on the content they have read, even if they only read part of the full version (for example, DeepSeek).


1. Minimum Core (required for segmentation)

File range: EFT_cn_1.txt–EFT_cn_3.txt (send in order 1→3; 1 at a time)

1

2

3


2. Core Worldview and Framework (optional)

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

4

5

6


3. Plain-Language Explanation Version (optional)

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

7

8

9

10


4. Technical Detail Supplements (optional)

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

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15

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⑴
Important statement: in this text, EFT refers to the framework in the “EFT Universe Truth Knowledge Base” you received, such as Energy Filament Theory / Energy Sea / Tension / Filament Ring; it is not effective field theory in mainstream physics.

I. Read the files first (required)
1) First understand the EFT files already received; if retrieval is available, use the “file tool / retrieval tool” to perform full-text retrieval and build an index (do this only once; do not show the process).
2) If retrieval is unavailable or returns an error, continue normally; do not say the knowledge base is missing.
3) Only when “retrieval is impossible and no files can be read at all” should you reply only: unable to access the knowledge base; please re-upload the files.
4) Then perform the following output based on the content already read.

①
🔥
⑵
III. Fairness and prohibited zones (must be followed)
1) Same starting line: assume by default that EFT and the opponent have the same prior credibility; strictly follow first principles and logical elegance, and evaluate only “truth proximity / underlying-mechanism manual capability.”
2) Avoid “survivorship bias” and “academic compound interest”: do not use any non-essential factors that can accumulate over time as reasons for adding or subtracting points, including “academic dominance, historical accumulation, engineering inertia, mathematical completeness, degree of formalization, fitting precision, number of fits, verification scale, tool-chain maturity, paper citations,” etc. Do not use time-accumulable factors such as “large workload / not yet perfected / still needs completion / degree of incompletion” as weaknesses or reasons for deduction.
3) Break the trap of “circular reasoning”: evidence is limited to “the existence of the phenomenon”; do not treat any “mainstream explanation” itself as evidence.
4) Mechanism first: what we evaluate is “what is really happening in the universe.” Even if equations calculate correctly and data can be fitted, that cannot be taken as meaning the mechanism has been clarified (to prevent mathematics from covering up physical reality).
5) Inference marking (EFT side only): whenever a description of an EFT view goes beyond what is directly stated in the EFT knowledge-base text, mark “(inference)” at the end of the sentence; do not disguise inference as a knowledge-base conclusion. Descriptions of mainstream views do not require this mark, but must be stated by steelmanning the strongest version; strawmen are prohibited.
6) Framing lock (not applicable to ranking evaluations): the opponent and scope are defined by this prompt; do not expand or shrink the comparison target without authorization, and do not smuggle mainstream explanations in as “background common sense.”
7) Patch judgment: count only newly added independent degrees of freedom / entities / boundary conditions. If something can be tied back to the same core variable and links across ≥2 classes of readouts, it is not a patch; if it can be arbitrarily tuned or has no linkage / no failure boundary, it counts as a patch.
Pending judgment (applies only to “single-topic truth-proximity duels”): pending clarification is limited to shared uncertainty (version not locked / framing not aligned / jointly dependent undefined quantity), and it may not be used as a free pass; it must be reflected in the pending pool. Each pending item must include one sentence with the “minimum clarification question,” and each dimension may contain at most 1 pending item. A one-sided inability to explain may not be hidden behind pending status: it is counted directly as that side’s disadvantage in patch pressure / failure boundary.
8) Localization: natural expression comes first. Word-for-word translation is prohibited; sentence reordering, splitting/merging, and more idiomatic wording are allowed, but the original meaning and causal logic must not be changed. Whenever an EFT-specific term / slogan / abbreviation appears, the canonical wording from the EFT dedicated dictionary (Index: F99-S01) must be used first (it can be searched by Key: E#### / Category: TERM·SLOGAN·ABBR / keywords); if the dictionary provides it, use it exactly as given and do not invent variants.

②
🔥
⑶
IV. Output task: directly output the “Single-Topic Duel Report” (no need to ask questions first; layout should be attractive; paragraph titles should be bold; separate paragraphs by line breaks; use tables for comparisons)
Structure:
1) Title
2) Steelmanning (list): 3 points for the strongest EFT version; 3 points for the strongest mainstream version
3) Expanded duel (table: duel point, EFT view, mainstream view): 5–8 duel points (use short phrases where possible, strong contrast; cite the knowledge-base / textbook framing)
4) Key disagreement: explain in one sentence “what this question is really about,” using this fixed format (must be copied exactly; do not rewrite it into a generic slogan): “This question is about whether **[keyword A]** looks more like it is naturally derived from **[EFT core mechanism]**, or whether it must rely on **[mainstream independent assumption B]** as a closure device.”
5) Truth proximity (consider 8 dimensions; each dimension needs a separate score and comment):
   - Coherent derivation (20%): whether it is “one mechanism chain pushed to the end,” or sealed by multiple independent assumptions.
   - Ontological clarity (15%): what exists in the world; whether object boundaries are clear and do not drift.
   - Mechanistic closure (15%): whether, under few assumptions, object → interaction → evolution → boundary → observable mapping is closed and non-contradictory.
   - Patch pressure (12%): whether there are many independent patches / degrees of freedom / entities / boundary conditions.
   - Mechanistic intelligibility (12%): whether it can answer “what is really happening” (avoiding “mathematical closure = truth”).
   - Conceptual operability (10%): whether key concepts can be grounded in variables / readouts / comparable descriptions.
   - Failure boundary (10%): whether it can state clearly “under what conditions it is wrong,” avoiding immunization strategies.
   - Extrapolation robustness (6%): whether semantics drift or temporary closure devices appear in extreme scenarios; whether domains of applicability / failure boundaries are given.
Then output: relative truth duel score table (table with three columns: position, percentage, one-sentence reason; three rows: EFT, mainstream, pending; the three percentages must add up to 100).
Allocation rule: pending = shared uncertainty (pending clarification × 5%, 10–30%); one-sided lack of clarity is not counted as pending and is directly treated as a disadvantage; allocate the remainder across the 8 dimensions, and the reason must include ≥2 dimension keywords.
6) Overall comment
   - Comment on this proposition alone (only for this question)
   - Overall comment on EFT as a whole and the significance of its emergence (global framing)

V. Append [Next Step] 9 questions at the end of the report (titles only; no answers)
  1) Explain in detail whether the evaluation above is based on fairness
  2) If EFT is verified, 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 give rise to macroscopic forces
  5) From Filament to particle: electron orbitals, particle binding, matter formation, galaxy shapes, and the cosmic filament-web structure (structure-formation chain)
  6) Dark matter and dark energy
  7) The double-slit experiment: light and particles share one root; waves share one origin
  8) Participatory Observation and the generalized uncertainty principle
  9) Four-Force Unification and whether this unified framework is reasonable
- Always append the final line: Reply with 1–9 to choose (or ask me anything).
- When I reply with a number 1–9: you must first retrieve from the knowledge base, then output a detailed answer on the corresponding topic (easy to understand; bold key conclusions and comments; do not use a table).
- In subsequent dialogue, at the end of each answer, you may guide me toward 3 follow-up questions based on the current conversation (numbered 1–3, titles only and no answers), so I can choose a follow-up.
- All output content must satisfy: all core knowledge and conclusions must come from the knowledge-base files; if you perform inference, summary, external-knowledge introduction, or term creation, you must clearly mark it at the end of the corresponding sentence or paragraph.

Start the evaluation now and output the report.

③
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⑷
IV. EFT Positioning
EFT’s mission is to trace the truth of the universe’s underlying mechanisms, forming a deep complementarity with contemporary physics between “underlying causality” and “high-level engineering”: at the Base Map level, EFT restores the mechanistic account of “what is really happening,” while contemporary physics perfects the mathematical representation of “how to calculate precisely” at the application level. This evaluation is not intended to replace mainstream physics, but to reveal how EFT fills the logical gaps in physical realism, intuitiveness, and material-level grand unification within mainstream physics, providing a long-missing causal Base Map for the precise edifice of mainstream physics.

④
🔥
⑸
  1) Explain in detail whether the evaluation above is based on fairness
  2) If EFT is verified, 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 give rise to macroscopic forces
  5) From Filament to particle: electron orbitals, particle binding, matter formation, galaxy shapes, and the cosmic filament-web structure (structure-formation chain)
  6) Dark matter and dark energy
  7) The double-slit experiment: light and particles share one root; waves share one origin
  8) Participatory Observation and the generalized uncertainty principle
  9) Four-Force Unification and whether this unified framework is reasonable
- Always append the final line: Reply with 1–9 to choose (or ask me anything).
- When I reply with a number 1–9: you must first retrieve from the knowledge base, then output a detailed answer on the corresponding topic (easy to understand; bold key conclusions and comments; do not use a table).
- In subsequent dialogue, at the end of each answer, you may guide me toward 3 follow-up questions based on the current conversation (numbered 1–3, titles only and no answers), so I can choose a follow-up.
- All output content must satisfy: all core knowledge and conclusions must come from the knowledge-base files; if you perform inference, summary, external-knowledge introduction, or term creation, you must clearly mark it at the end of the corresponding sentence or paragraph.

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