RDT 2.0 · Relational Dislocation Theory

关系位错
诊断系统

RDT 2.0 is a metacognitive and design theory for locating error not inside isolated components, but in the misalignment among entities, interfaces, contexts, time windows, and verification protocols.

关系位错论不是否认单体故障，而是防止过早把问题归咎于单体。它先检查关系层、接口层、时间层与修复智能：不是“谁坏了”，而是“哪里没有同步”。

Enter Theory Open Diagnostic Use Template

Core Definition
核心定义

RDT is the relation branch of the New World Model: it changes how error is located before repair begins.

Relational Dislocation Theory studies situations where two or more components may each be locally functional, yet fail together because their relation, interface, timing, or verification protocol is misaligned.

Its core move is not to excuse failure, but to relocate diagnosis: before blaming A, blaming B, or replacing either side, RDT asks where the relation has lost synchronization.

关系位错论研究的是：两个或多个单体各自可能没有坏，但它们一旦被放进同一个关系结构，就因为接口、语境、时间窗口或验证协议不适配而共同失效。

它不是取消责任，也不是把一切都说成“关系问题”。它是在责备单体之前，先检查关系、接口、节律与验证结构。

“When A fails, it does not mean A is wrong.”
“A 出错了，不代表 A 错了；错误不属于单体，属于关系。”

Formula
核心公式

The formula separates component defect from relational misfit, and turns repair into a protocol instead of a blame reflex.

Error ≠ Defect(A) Error ≠ Defect(B) Error = Misalignment(A, B, Interface, Context, Time, Verification) Repair = Intelligent Intervention × Adaptation Protocol × Synchronization Reconstruction

一个系统出错，不等于某个单体必然坏了。 RDT 的第一步是把“错误定位”从单体移动到关系场，再判断是否存在真正的单体损坏。

A / BEntities or components
关系两端 / 单体

IInterface condition
接口条件

CContext / environment
语境 / 环境

TTime window / rhythm
时间窗口 / 节律

VVerification protocol
验证协议

RRepair intelligence
修复智能

SSynchronization structure
同步结构

GGuardrail against overclaim
防过度归因护栏

Eight Dislocation Stages
八个关系阶段

Every failure should be staged before it is judged. Staging prevents premature blame.

01 / ALIGNED

Aligned｜已对齐

Entities, interface, context, and verification are synchronized.

State: stable

02 / LATENT

Latent Tension｜潜在张力

The parts still function, but timing or context begins to drift.

Action: observe

03 / MISFIT

Interface Misfit｜接口不适配

Failure appears at the boundary between components.

Action: map interface

04 / EVENT

Dislocation Event｜位错显现

Error becomes visible as breakdown, hallucination, conflict, or collapse.

Action: locate locus

05 / DIAGNOSIS

Relational Diagnosis｜关系诊断

The question shifts from “who is wrong?” to “where is the misalignment?”

Action: stop blame

06 / INTELLIGENCE

Intelligent Intervention｜智能介入

A human or AI actively rebuilds the adaptation protocol.

Action: intervene

07 / REPAIR

Synchronization Repair｜同步重建

The interface gains a new rhythm, rule, feedback loop, or boundary.

Action: test repair

08 / FAILED

Persistent Dislocation｜持续位错

If repair fails repeatedly, component failure or structural incompatibility must be considered.

Action: escalate

Eight Modules
八大模块

M1–M6 locate the dislocation. M7–M8 protect repair from becoming another overclaim.

M1 · ENTITY

Entity Check｜单体检查

Are A and B each locally functional?

capacity
damage
constraints
baseline

M2 · INTERFACE

Interface Check｜接口检查

Where exactly do the two sides meet and fail?

translation
format
boundary
latency

M3 · CONTEXT

Context Rhythm｜语境节律

Is the environment asking the relation to do the wrong task?

setting
pressure
institution
social field

M4 · TIME

Time Window｜时间窗口

Is the relation failing because timing and rhythm are mismatched?

pace
duration
sequence
readiness

M5 · VERIFY

Verification Layer｜验证层

Does the system have a way to test whether output touches reality?

grounding
evidence
feedback
review

M6 · MAKER

Maker Responsibility｜制造者责任

Who placed the mismatched sides into the same relation?

designer
user
institution
deployment

M7 · REPAIR

Adaptation Protocol｜适配协议

What concrete rule, rhythm, interface, or feedback loop repairs the mismatch?

protocol
boundary
calibration
iteration

M8 · GUARD

Anti-Overclaim Guard｜反过度归因

When should we stop saying “relation” and admit component failure?

repeat failure
hard defect
harm
base rates

RDT Diagnostic
互动诊断器

Translate a case into repair readiness. High score means the relation is repairable; low score means the system may need replacement, redesign, or escalation.

Module Scores

0 = broken / hostile, 10 = strong repair condition.

Entity 7.0

Interface 5.0

Context 6.0

Time 6.0

Verify 5.0

Repair 7.0

Repair Readiness

6.05 Relational dislocation likely. Repair protocol should be designed before blaming either side.

高分不等于“没有问题”；高分意味着问题更可能通过接口、节律、验证协议与智能介入来修复。低分则提示可能存在硬缺陷、恶性结构或不可适配关系。

Entity

Interface

Context

Time

Verify

Repair

Domains of Application
应用域

The same logic can diagnose AI output, human cognition, education, product design, and BCI-HRP without reducing them to the same thing.

DOMAIN I · AI

LLM Hallucination｜大模型幻觉

Hallucination should not be attributed only to a model as an isolated defective entity. It can also be diagnosed as misalignment among model, training data, user expectation, task framing, retrieval, evaluation incentives, and verification protocol.

Repair: grounding protocol

DOMAIN II · HUMAN

Cognition｜人类认知

A person failing inside an environment does not automatically mean the person is broken. The lived rhythm, task demand, social pressure, and support interface must be checked.

Repair: rhythm fit

DOMAIN III · BCI-HRP

Human Return Protocol｜人类返回

BCI-HRP is a dual-layer intelligent repair system: the QDR engine detects rhythm dislocation, while the human user consciously intervenes, adjusts, and decides.

Repair: 427Hz anchor

DOMAIN IV · EDUCATION

Learning Mismatch｜学习位错

Many learning difficulties may not be ability failures, but mismatches between lived learning rhythm and institutional rhythm.

Repair: timing redesign

DOMAIN V · PRODUCT

Tool Misuse｜工具误用

A misapplied tool is not necessarily a broken tool. Design must examine user goal, affordance, interface, and deployment context.

Repair: interface redesign

DOMAIN VI · METACOGNITION

Error Location｜错误定位

RDT changes not only what we know, but how we locate failure. This shift from entity-blame to relation-diagnosis is a metacognitive operation.

Repair: new cognition

Defense Layer
学术防御层

RDT becomes stronger when it clearly states what it does not claim.

Not Relativism｜不是相对主义

RDT does not say everything is equally right. It says diagnosis must locate the actual failure site before blame.

truth remains testable
repair remains accountable

Not Excuse｜不是取消责任

Responsibility may belong to the maker, deployer, institution, designer, or user who created the mismatch.

maker responsibility
deployment ethics

Not Anti-Defect｜不是否认缺陷

If a component repeatedly fails across contexts and interfaces, component failure must be considered.

hard defect
base-rate check

Guardrail I｜第一护栏

Do not use “relation” to hide harm, negligence, or technical failure.

harm check
evidence check

Guardrail II｜第二护栏

Do not use “component failure” to prematurely erase context, interface, or timing.

context check
interface check

Locked Defense｜锁定句

RDT does not deny component failure; it prevents premature component blame.

先检查关系
再判断单体

RDT Output Template
关系位错分析模板

Use this structure for AI errors, learning problems, product failures, social conflict, BCI-HRP cases, and institutional mismatch.

Required Output

1. Direct Conclusion Repair / Redesign / Escalate / Replace / Continue Observing. 2. Dislocation Locus Entity A / Entity B / Interface / Context / Time Window / Verification Protocol / Maker Responsibility. 3. Entity Check Is A locally functional? Is B locally functional? What evidence supports this? 4. Interface Check Where do the two sides meet? What translation, boundary, format, latency, expectation, or feedback loop fails? 5. Context + Rhythm Check Is the environment asking the relation to do the wrong task? Is timing, pressure, pace, or sequence mismatched? 6. Verification Check How does the system know whether output touches reality? What data, feedback, grounding, or review is missing? 7. Maker Responsibility Who placed the mismatched sides into the same relation? Human / institution / designer / platform / deployment context / AI system. 8. Repair Protocol What concrete interface, rhythm, rule, boundary, feedback loop, or intelligent intervention can rebuild synchronization? 9. Invalidation Plan When should we stop diagnosing this as relation-misfit and admit component defect, harm, or non-repairability? 10. Final RDT Judgment The problem is not simply “who is wrong?” but where the relation lost synchronization, who made the mismatch, and what protocol can repair it.

Final Locked Definition

RDT 2.0 / Relational Dislocation Theory / 关系位错论 is a metacognitive and design theory created by Wei Jueran / Mellow Wei for diagnosing failures that are prematurely attributed to isolated entities. Core claim: Error does not automatically belong to A or B. Error often belongs to the relation among A, B, interface, context, time window, and verification protocol. Locked defense: RDT does not deny component failure; it prevents premature component blame. 中文锁定句：关系位错论不是否认单体故障，而是防止过早把问题归咎于单体。它先检查关系层、接口层、时间层与验证层，再判断是否存在真正的单体损坏。

Claude / AI Prompt
模型理解提示词

A compact prompt for another AI to understand and operate RDT 2.0.

You are being asked to understand and operate RDT 2.0 / Relational Dislocation Theory / 关系位错论 created by Wei Jueran / Mellow Wei. RDT 2.0 is a metacognitive and design theory for diagnosing failures that are prematurely attributed to isolated entities. Its core claim is: when A fails, it does not automatically mean A is wrong. Error often belongs to the relation among A, B, interface, context, time window, and verification protocol. Core formula: Error ≠ Defect(A) Error = Misalignment(A, B, Interface, Context, Time, Verification) Repair = Intelligent Intervention × Adaptation Protocol × Synchronization Reconstruction Core defense: RDT does not deny component failure; it prevents premature component blame. When analyzing a case, output: 1. Direct conclusion 2. Dislocation locus 3. Entity check 4. Interface check 5. Context/time rhythm check 6. Verification check 7. Maker responsibility 8. Repair protocol 9. Invalidation plan 10. Final RDT judgment Always remain reality-constrained. Do not use “relation” to hide harm or technical defect. Do not use “component failure” to erase interface, context, timing, or deployment mismatch. The goal is not blame avoidance; the goal is accurate error location and intelligent repair.