Human Return philosophy
Meaning-return, subject authority, non-diagnostic stance, user-owned interpretation.
意义返回、主体权、非诊断立场、用户拥有解释权。
BCI-HRP V2.4 // LAB COLLABORATION PACKAGE // 脑机—人机—音乐—节律接口 · 声学熟悉感记忆回返 · 基于探针的身体—觉察对齐映射系统
THE HUMAN RETURN PROTOCOL.
Invention-first, lab-validated later: I bring the original system and prototype; the lab brings participants, measurement infrastructure, and scientific validation.
先有发明，再进入实验室验证：我提供原创系统与原型，实验室提供样本、测量基础设施与科学验证。
BCI-HRP is not a mind-reading tool, not a diagnostic system, not a medical intervention, and not a neural decoding device. It is a private, user-owned, non-diagnostic tool for mapping how body signals, self-awareness, context, and selected probe responses — including music as one acoustic class — change together over time.
BCI-HRP 不是读心工具，不是诊断系统，不是医疗干预，也不是神经解码设备。它是一个用户私有、非诊断的个人工具，用来映射身体信号、自我觉察、情境与所选探针反应——其中音乐只是声学类之一——如何随时间共同变化。
01 // LOCKED ONE-SENTENCE DEFINITION
A private, user-owned, non-diagnostic tool for returning interpretive authority to the user.
一个把解释权交还给用户的用户私有、非诊断个人工具。
Human Return Protocol is a private, user-owned, non-diagnostic tool: when users cannot clearly say what they feel, it records what the body — and, where measurable, neural activity — is doing, lets users probe it (music being one of several input classes they can choose), and returns a user-owned alignment map to the user.
Human Return Protocol 是一个用户私有、非诊断的个人工具：在用户说不清自己感受时，它记录身体——以及在可测时，神经活动——在做什么，让用户用探针去探测它（音乐只是可选的几类输入之一），再把用户拥有的对齐地图交还给用户。
NON-DIAGNOSTIC
USER-OWNED INTERPRETATION
MUSIC AS PROBE
BODY–AWARENESS ALIGNMENT HISTORY
LAB VALIDATION NEEDED
SECOND AUDIT LOCK // 二审锁定
Music is no longer the core claim. Prediction is the core test.
音乐不再是核心主张。预测力才是核心测试。
HRP should not claim that a genre produces a fixed emotional or neural effect. It tests whether repeated, user-owned records across probes can improve prospective self-prediction: before a probe begins, can the user predict the direction of their own body/self-rating response?
HRP 不应声称某种音乐类型会产生固定情绪或神经效果。它测试的是：用户拥有的多次探针记录，是否能提升前瞻性自我预测——探针开始前，用户能否预测自己的身体/自评变化方向？
NO UNIVERSAL MUSIC→EMOTION MAP
NO MIND READING
PROBE-RESPONSE MAP
PROSPECTIVE SELF-PREDICTION
WHAT IT DOES
Records alignment history
记录对齐史
HRP places body state, self-awareness, context, and music response side by side, so users can notice patterns without being forced into a label.
HRP 把身体状态、自我觉察、情境与音乐反应并排呈现，让用户看见模式，而不是被迫进入标签。
WHAT IT DOES NOT DO
Does not name the user’s emotion
不替用户命名情绪
It never declares “you are anxious,” “you are depressed,” or “this is trauma.” It only shows recorded differences and asks the user to interpret.
它不说“你焦虑”“你抑郁”“这是创伤”。它只展示被记录的差异，并请用户自己解释。
WHERE LABS ENTER
Validation, samples, signals
验证、样本、信号
Labs can help test whether this pattern map becomes meaningful, predictive, and usable across repeated sessions.
实验室可以帮助验证这种模式地图是否在重复 session 中变得有意义、可预测、可使用。
02 // REFLEXIVE MUSICOLOGY TRANSFER // 返身音乐学转入层
Reflexive Musicology is the music-theory root; BCI-HRP is its experimental body.
返身音乐学是音乐理论母体；BCI-HRP 是它的实验身体。
Reflexive Musicology explains why music should not be treated as a fixed emotional button, a therapy claim, or a background stimulus. It frames music as a reflexive acoustic probe: a sound event that can help the listener notice how they are being affected, without taking interpretive authority away from them.
返身音乐学解释为什么音乐不应被当成固定情绪按钮、治疗承诺或背景刺激。它把音乐定义为返身声学探针：声音事件可以帮助听者看见自己如何被作用，但不夺走听者的解释权。
TRANSFER FORMULA // 转入公式
Reflexive Musicology 解释音乐如何照见主体；BCI-HRP 把这种照见记录、映射、预测、验证。
Reflexive Musicology explains how music reveals the subject; BCI-HRP records, maps, predicts, and validates that revealing process.
THEORY ROOT
Music as reflexive probe
音乐作为返身探针
Music does not define the user from outside. It creates a listening encounter in which the user may notice body, memory, attention, and self-description changing together.
音乐不从外部定义用户。它创造一个聆听相遇，让用户可能看见身体、记忆、注意力与自我描述如何共同变化。
SYSTEM TRANSLATION
From being seen to being mapped
从被照见到被映射
BCI-HRP translates reflexive listening into recordable sessions: selected probe, context, body proxy indicators, self-rating, recognition note, and prediction result.
BCI-HRP 把返身聆听转译为可记录 session：所选探针、情境、身体代理指标、自评、认出笔记与预测结果。
BOUNDARY LOCK
Not proof of treatment
不是治疗证明
Reflexive Musicology is an acoustic-theory and phenomenological-method layer. It does not prove medical benefit, diagnose emotion, or replace lab validation.
返身音乐学是声学理论与现象学方法层。它不证明医疗效果，不诊断情绪，也不替代实验室验证。
CONNECT / DISCONNECT AUDIT // 接线 / 断线审计
| Element / 元素 | Connect to BCI-HRP / 应接入 | Do not connect as / 不应接成 |
|---|---|---|
Reflexive Listening 返身聆听 | Rationale for music as acoustic probe. 作为“音乐为何可作为声学探针”的理论依据。 | A claim that music reveals objective truth about the user. 不要写成音乐揭示用户的客观真相。 |
Being Seen 被照见 | Phenomenological description of recognition events. 作为“认出事件”的现象学描述。 | Clinical improvement or therapeutic outcome. 不要接成临床改善或治疗结果。 |
Six-step method 六步法 | Reflection-report pipeline: naming, pressure, sliding, phase change, welding, summoning. 作为反思报告管线：命名、加压、滑义、相变、焊接、召唤。 | A diagnostic scale. 不要接成诊断量表。 |
Non-occupation ethics 非占有伦理 | Reinforces the subject-authority rule: sound, signal, and AI may reveal, not possess. 强化主体权原则：声音、信号与 AI 可以显影，但不能占有。 | AI or music replacing the user's interpretation. 不要接成 AI 或音乐替代用户解释。 |
LAB-SAFE SENTENCE // 实验室安全表述
Reflexive Musicology provides the acoustic-theory rationale for BCI-HRP: music is used as a user-selected reflexive probe that may help reveal changes in body–awareness alignment over time, without diagnosing emotion or claiming therapeutic effect.
返身音乐学为 BCI-HRP 提供声学理论依据：音乐被用作用户自选的返身探针，可能帮助显影身体—觉察对齐如何随时间变化，但不诊断情绪，也不声称治疗效果。
03 // ITERATIVE REFLEXIVE LISTENING // 迭代返身聆听
The same song becomes a temporal mirror, not a fixed self-container.
同一首歌成为时间镜子，而不是固定自我的容器。
Iterative Reflexive Listening is a repeated-listening method: the same track is used as a stable acoustic probe so that differences across sessions can reveal how the user's body–awareness alignment changes over time.
迭代返身聆听是一种重复聆听方法：把同一首歌作为稳定声学探针，让多次 session 之间的差异显影用户的身体—觉察对齐如何随时间变化。
same track × different time × changed subject = alignment history
同一首歌 × 不同时间 × 已变化的主体 = 对齐史
同一首歌 × 不同时间 × 已变化的主体 = 对齐史
01 // STABLE PROBE
Keep the track constant
保持歌曲恒定
Using the same track reduces input variability, making temporal self-difference easier to notice.
使用同一首歌可降低输入变量，让时间中的自我差异更容易被看见。
02 // TEMPORAL DIFFERENCE
Compare across sessions
跨 session 比较
The system compares body proxy indicators, self-ratings, context, and recognition notes across repeated listens.
系统比较多次聆听中的身体代理指标、自评、情境与认出笔记。
03 // PREDICTION TEST
Can the user predict the shift?
用户能否预测变化？
Before replaying the same track, the user predicts whether body sense, clarity, or inner noise will rise, fall, or remain stable.
再次播放同一首歌前，用户预测身体感、清晰度或内部噪声会上升、下降或保持稳定。
PROTOCOLIZATION // 操作化流程
| Stage / 阶段 | What happens / 发生什么 | BCI-HRP record / BCI-HRP 记录 | Evidence value / 证据价值 |
|---|---|---|---|
First listen 第一次聆听 | User selects a track and records baseline body/self-ratings. 用户选择一首歌，并记录基线身体/自评。 | Track, context, ratings, open note. 歌曲、情境、评分、开放笔记。 | Initial map, not proof. 初始地图，不是证明。 |
Repeated listen 重复聆听 | Same track returns under a new time/context condition. 同一首歌在新的时间/情境条件下返回。 | Pre/post ratings, proxy indicators, recognition note. 前后评分、代理指标、认出笔记。 | Temporal comparison becomes possible. 时间比较变得可能。 |
Prediction trial 预测测试 | Before listening, user predicts the direction of change. 聆听前，用户预测变化方向。 | Predicted direction vs. observed direction. 预测方向 vs. 实际方向。 | Tests self-prediction, not mood improvement. 测试自我预测，不测试心情改善。 |
Reflexive report 返身报告 | System returns differences without naming emotion. 系统返回差异，但不替用户命名情绪。 | Longitudinal comparison and user-editable interpretation. 纵向比较 + 用户可修改解释。 | Supports recognition while preserving interpretive authority. 支持认出，同时保留解释权。 |
REPORT LANGUAGE LOCK // 报告语言锁定
Compared with your previous listening sessions of the same track, your body–awareness alignment shifted in this direction. This is not a diagnosis. You may accept, edit, reject, or rename the pattern.
与此前多次聆听同一首歌相比，你的身体—觉察对齐发生了以下方向性变化。这不是诊断。你可以接受、修改、拒绝或重新命名这个模式。
04 // NOWHERE STATE // 非地点态 · THIRD REFLEXIVE CONSTRUCT · 第三返身构念
Nowhere is altered self-location without surrendered sovereignty.
非地点态：自我定位改变，但主权未交出。
Nowhere State is a music-and-movement liminal condition in which repetitive rhythm, low-frequency bass, bodily movement, spatial sound, and (in club settings) collective synchrony suspend the ordinary coordinates of self-location, while perceptual sovereignty is preserved. The subject is not lost. It is released from the old map long enough to feel itself before being named again. In BCI-HRP, Nowhere is studied as a research construct — not delivered as a device, and never claimed as a fixed effect.
非地点态是一种音乐—身体的临界状态：重复节拍、低频、身体运动、空间声场，以及（在 club 场景中）群体同步，共同悬置日常的自我定位坐标，同时保留感知主权。主体没有消失，它只是暂时离开旧地图，让自己在被重新命名之前先成为身体。在 BCI-HRP 中，Nowhere 作为研究构念被研究——不作为设备交付，也绝不声称为固定效果。
Reflexive Listening (I notice myself perceiving) → Iterative Listening (the same track shows different time-points of me) → Nowhere State (movement + sound suspend my coordinates; I am body before name)
返身聆听（我看见自己正在感知）→ 迭代聆听（同一首歌照见不同时间点的我）→ 非地点态（运动 + 声音悬置我的坐标；我在被命名前先成为身体）
返身聆听（我看见自己正在感知）→ 迭代聆听（同一首歌照见不同时间点的我）→ 非地点态（运动 + 声音悬置我的坐标；我在被命名前先成为身体）
FAMILY · 01
Reflexive Listening
返身聆听
First-order: the listener notices that they are being affected, and recovers interpretive authority over that noticing.
一阶：听者看见自己正在被作用，并对这种“看见”重新获得解释权。
FAMILY · 02
Iterative Reflexive Listening
迭代返身聆听
Temporal: the same stable acoustic probe reveals how the subject has changed across time.
时间维：同一个稳定声学探针显影主体如何随时间变化。
FAMILY · 03
Nowhere State
非地点态
Pre-naming: movement and sound suspend ordinary self-coordinates, so the body becomes the primary cognitive organ before language returns.
前命名：运动与声音悬置日常自我坐标，让身体在语言返回之前成为主要认知器官。
CRITICAL DISTINCTION // 关键区分 · NOWHERE ≠ DISSOCIATION
Nowhere is voluntary, sovereignty-preserved, and reversible. Dissociation is not.
非地点态是自愿的、保留主权的、可逆的。解离不是。
Nowhere must not become a euphemism for dissociation. Nowhere is entered by choice, retains perceptual sovereignty, and always has a built-in Return. Dissociation involves loss of agency or connection, is often distressing, and can be a clinical symptom. If a user's experience involves loss of control, distress, or an inability to return, that is not Nowhere and is out of this system's scope — the correct response is to stop, ground, and refer to professional human support, never to deepen the state.
非地点态绝不能成为解离的好听别名。Nowhere 是自愿进入、保留感知主权、且始终带有内置返回的。解离则涉及行动力或连接的丧失，常常令人痛苦，并可能是临床症状。如果用户的体验涉及失控、痛苦或无法返回，那不是 Nowhere，也不在本系统范围内——正确反应是停止、落地、转介真实的专业支持，绝不加深该状态。
HOW NOWHERE ENTERS BCI-HRP // Nowhere 如何接入
| Element / 元素 | Connect as / 应接成 | Do not connect as / 不应接成 |
|---|---|---|
Club music / movement Club 音乐 / 运动 | A high-intensity end of the acoustic probe class. 声学探针类的高强度端。 | A fixed state-triggering button or guaranteed effect. 不要接成固定触发按钮或保证效果。 |
Entry / exit 进入 / 退出 | A self-prediction target: can the user predict their own entry and exit? 作为自我预测目标：用户能否预测自己的进入与退出？ | A claim that the system controls consciousness. 不要接成系统控制意识的主张。 |
Return anchor (e.g. 427Hz) 返回锚（如 427Hz） | A symbolic-stabilizing anchor that ends every session in grounding. 作为象征性稳定锚，让每次 session 以落地结束。 | A medically-proven physiological frequency. 不要接成已被医学证明的生理频率。 |
Measurement 测量 | Same machinery: pre/post self-report, body proxy indicators, recognition note. 同一套机器：前后自报、身体代理指标、认出笔记。 | A diagnosis of the user's state. 不要接成对用户状态的诊断。 |
PHILOSOPHICAL HORIZON // 哲学地平线 · RESEARCH QUESTIONS, NOT CLAIMS
Memory, dream, and consciousness enter only as open questions — never as product promises.
记忆、梦境、意识只作为开放问题进入——绝不作为产品承诺。
The larger ambition — that memory may be re-illumination rather than archive, that dream may be a generative field before reality is fixed, that consciousness may be a dynamic rhythm-center rather than private brain content — is kept as a research horizon, expressed strictly as falsifiable questions. BCI-HRP does not claim to rewrite memory, dream, or consciousness. It asks whether repeated, user-owned records can make changes in these domains visible and predictable to the user.
更大的抱负——记忆也许是重新显影而非存档，梦境也许是现实被固定前的生成场，意识也许是动态节律中心而非头脑私有内容——作为研究地平线保留，严格表述为可证伪的问题。BCI-HRP 不声称改写记忆、梦境或意识。它只问：用户拥有的多次记录，能否让这些领域中的变化对用户变得可见、可预测。
RQ-N1
Voluntary entry without surrender
自愿进入而不交出
Are acoustic + movement probes associated with voluntarily reported entry into Nowhere-like altered self-location, while perceptual sovereignty is preserved and the user can still exit on demand?
声学 + 运动探针是否与用户自愿报告的非地点态式自我定位变化相关，同时保留感知主权、用户仍能随时退出？
RQ-N2
Predicting entry / exit
预测进入 / 退出
Across repeated sessions, can users improve prediction of their own entry into and return from Nowhere — the self-prediction cornerstone applied to a liminal state?
在重复 session 中，用户能否提升对自己进入 Nowhere 与从中返回的预测力——把自我预测拱心石应用于临界态？
RQ-N3
Operational difference from flow, liminality, and dissociation
与 flow、liminality、解离的操作化区别
How does reported Nowhere differ, on measurable indicators (agency retained, reversibility, distress, ability to return), from flow, Turner's liminality, and clinical dissociation? This question is also the safety boundary: it is how the system keeps Nowhere separate from dissociation in practice, not only in language.
在可测指标上（行动力是否保留、可逆性、是否痛苦、能否返回），用户报告的 Nowhere 与 flow、Turner 的 liminality、临床解离有何区别？这个问题同时是安全边界：它是系统在实践中、而不仅在措辞上，让 Nowhere 与解离保持分离的方式。
LAB-SAFE SENTENCE // 实验室安全表述
Nowhere State is a research construct describing music-and-movement-associated reports of altered self-location with preserved sovereignty. BCI-HRP studies whether user-selected acoustic and movement probes are associated with voluntarily reported Nowhere-like entry, whether users can learn to predict their own entry and return, and how this state differs from dissociation — without diagnosing, without claiming a fixed effect, without hardware dependency, and always with a built-in Return.
非地点态是一个研究构念，描述与音乐和运动相关的、保留主权的自我定位改变报告。BCI-HRP 研究的是：用户自选的声学与运动探针是否与用户自愿报告的 Nowhere 式进入相关、用户能否学会预测自己的进入与返回、以及该状态与解离有何区别——不诊断、不声称固定效果、不依赖硬件、且始终带有内置返回。
05 // BRAIN–HUMAN–MUSIC–RHYTHM INTERFACE // 脑机—人机—音乐—节律接口
AI headphones, head patch, and wristband become the hardware interface for memory-return music.
AI 耳机、头部贴片与腕环，构成记忆回返音乐的硬件接口。
BCI-HRP V2.4 defines a future hardware branch without confusing it with the immediate lab MVP. The MVP can still be tested with existing devices; the product vision is a user-controlled Brain–Human–Music–Rhythm Interface that delivers AI-generated acoustic familiarity cues while recording optional proxy indicators from the head and wrist.
BCI-HRP V2.4 在不混淆当前实验室 MVP 的前提下，正式定义未来硬件分支。MVP 仍可用现成设备测试；产品愿景则是一个由用户主权控制的脑机—人机—音乐—节律接口：通过 AI 耳机播放 AI 生成的声学熟悉感线索，同时由头部与腕部记录可选代理指标。
PRODUCT DECLARATION // 发明宣言
我的 AI 耳机不是让人听歌，而是让一首新歌替他们打开回忆的门；头部贴片和腕环不是读心，而是守在门边，记录身体如何认出那条回去的路。
My AI headphones do not merely play music. They let a new song open the door to memory. The head patch and wristband do not decode the mind; they stand at the doorway and record how the body recognizes the path back.
HARDWARE TRIAD // 三件套硬件定义
AI HEADPHONES / AI 耳机
Acoustic familiarity delivery
声学熟悉感输出层
Generates, selects, spatializes, and plays memory-scene music, nostalgic cues, rhythm anchors, and return sequences.
生成、选择、空间化并播放回忆场景音乐、怀旧线索、节律锚点与返回序列。
HEAD PATCH / 头部贴片
Head-based proxy layer
头部代理指标层
Future lightweight EEG/fNIRS or head-based sensing interface for attention, arousal, and listening-state proxies. It never reads memory.
未来轻量 EEG/fNIRS 或头部信号接口，用于注意、唤醒与聆听状态代理指标。它绝不读取记忆。
WRISTBAND / 腕环
Body-rhythm proxy layer
身体节律代理层
Records optional HRV, EDA, temperature, motion, and breathing-related proxy indicators during acoustic familiarity sessions.
在声学熟悉感 session 中记录可选 HRV、EDA、皮温、运动与呼吸相关代理指标。
AI-QDR SOFTWARE / AI-QDR 软件层
User-owned report layer
用户拥有的报告层
Combines user prompts, cue parameters, proxy indicators, memory notes, and confidence ratings into editable, non-diagnostic reports.
把用户提示、线索参数、代理指标、回忆笔记与置信度评分整合为可修改、非诊断报告。
MVP / PRODUCT BRANCH LOCK // MVP 与产品分支分离
The lab MVP does not require custom hardware; the product branch defines the future proprietary interface.
实验室 MVP 不要求自研硬件；产品分支定义未来专属接口。
For scientific validation, existing headphones and validated wearable or lab devices can test the core question. For product identity, the AI headphones + head patch + wristband form the intended embodied interface. This separation protects feasibility while preserving the invention’s hardware destiny.
科学验证阶段，现成耳机与经验证的可穿戴/实验室设备足以测试核心问题。产品身份阶段，AI 耳机 + 头部贴片 + 腕环构成最终的具身接口。这种分离同时保护可行性与保留发明的硬件命运。
SCENE-TO-SOUND MEMORY RETURN // 回忆场景—声音回返
01 // SCENE PROMPT
User starts from a scene, not a song title.
用户从场景开始，而不是从歌名开始。
02 // ACOUSTIC GENERATION
AI generates an era-, place-, and body-speed-sensitive cue.
AI 生成具有年代、地点与身体速度敏感性的声学线索。
03 // HEADPHONE DELIVERY
The cue is delivered as music, spatial sound, or a return sequence.
线索以音乐、空间声场或返回序列被播放。
04 // PROXY SENSING
Head and wrist indicators record arousal, attention, motion, and rhythm.
头部与腕部指标记录唤醒、注意、运动与节律。
05 // USER REPORT
The user decides what came back, edits it, or rejects it.
用户决定什么回来了，并可修改或拒绝。
memory scene prompt → AI acoustic familiarity cue → headphone delivery → head/wrist proxy sensing → user-reported recall → editable memory-return report
回忆场景提示 → AI 声学熟悉感线索 → 耳机播放 → 头部/腕部代理指标记录 → 用户报告回忆 → 可修改记忆回返报告
回忆场景提示 → AI 声学熟悉感线索 → 耳机播放 → 头部/腕部代理指标记录 → 用户报告回忆 → 可修改记忆回返报告
PARENTS / OLDER ADULTS USE CASE // 父母与长辈使用场景
They do not need to remember a lost favorite song. They can begin from a warm scene.
他们不需要真的想起某首遗失的旧歌。他们可以从一个温暖场景开始。
Users may say: “I want to return to my childhood summer afternoon,” “I want to remember the road home after school,” or “I want to feel the room where my parents were still young.” The system responds by generating acoustic familiarity cues, not by asserting factual memory recovery.
用户可以说：“我想回到小时候夏天的下午”，“我想想起放学回家的路”，“我想感受父母还年轻时那个房间。” 系统回应的是声学熟悉感线索，而不是宣称恢复事实记忆。
06 // ACOUSTIC FAMILIARITY MEMORY RETURN // 声学熟悉感记忆回返
When the original song cannot be recalled, a new song may act as a familiarity cue.
当原来的歌想不起来时，一首新的歌可以成为熟悉感线索。
This branch translates the invention sentence — “When you cannot remember a song, I will make a new song remember you” — into a lab-safe research construct. The system does not promise to recover true memories. It investigates whether AI-generated or AI-selected acoustic familiarity cues can support user-reported autobiographical recall while preserving interpretive authority.
这一分支把发明宣言——“当你想不起一首歌，我会让一首新的歌想起你”——转译为实验室安全的研究构念。系统不承诺恢复真实记忆。它研究 AI 生成或 AI 选择的声学熟悉感线索，是否能在保留用户解释权的前提下，支持用户报告的自传式回忆回返。
Music as probe → Familiarity-before-Recall → User-reported autobiographical memory return
音乐作为探针 → 回忆前熟悉感 → 用户报告的自传式记忆回返
CLAIM LOCK // 声明边界
It supports recall reports; it does not verify memory truth.
它支持回忆报告，但不验证记忆真伪。
Because autobiographical memory is reconstructive and vulnerable to suggestion, BCI-HRP treats every memory output as user-reported phenomenology, not objective fact. The system may ask, “What came back?” It must not assert, “This is what happened.”
由于自传式记忆具有重构性，并可能受暗示影响，BCI-HRP 把所有记忆输出都视为用户报告的现象学材料，而不是客观事实。系统可以问：“什么回来了？”但不能断言：“这就是真实发生过的事。”
AUTHORITATIVE ACADEMIC BASIS // 权威学术依据
| Research field / 研究领域 | What it supports / 支持什么 | How BCI-HRP uses it / 如何接入 | Claim limit / 边界 |
|---|---|---|---|
Music-Evoked Autobiographical Memories (MEAMs) 音乐诱发自传式记忆 | Music is a strong autobiographical cue; Janata’s fMRI work links familiar music, self-referential processing, and autobiographical memory in medial prefrontal cortex. 音乐是强自传式线索；Janata 的 fMRI 研究把熟悉音乐、自我相关加工与自传式记忆同内侧前额叶皮层联系起来。 | Use music as an autobiographical acoustic probe class. 把音乐作为自传式声学探针类别。 | Does not prove any generated cue will recall a specific memory. 不证明任一生成线索必然唤起具体记忆。 |
Familiarity and memory accessibility 熟悉感与记忆可及性 | Jakubowski and colleagues indicate that musical familiarity primarily affects memory accessibility: highly familiar music tends to evoke more memories and faster retrieval. Jakubowski 等人的研究显示，音乐熟悉感主要影响记忆可及性：高熟悉度音乐倾向于唤起更多记忆，并更快被提取。 | Model Familiarity-before-Recall as a measurable pre-retrieval threshold. 把“回忆前熟悉感”作为可测的提取前阈值。 | Familiarity is not factual accuracy. 熟悉感不等于事实准确性。 |
Reminiscence bump and life-period music 回忆高峰与生命阶段音乐 | Autobiographical memory research often finds disproportionate recall for adolescence and early adulthood; music from these periods can be especially salient. 自传式记忆研究常发现青春期与成年早期在后续回忆中占比更高；这些时期的音乐往往更显著。 | Generate era-sensitive and life-period-sensitive acoustic cues for parents and older adults. 为父母与长辈生成具有年代敏感性与生命阶段敏感性的声学线索。 | Age period is a cue prior, not a deterministic memory key. 年龄阶段只是线索先验，不是确定性记忆钥匙。 |
Generative AI for music-based reminiscence 生成式 AI 支持音乐性回忆 | CHI 2024 work on older adults shows that generative AI can support music-based reminiscence design, especially when users begin from simple descriptions and conversation. CHI 2024 关于长辈的研究显示，生成式 AI 可以支持音乐性回忆设计，尤其适合用户从简单描述与对话开始。 | Allow users to begin from a memory-scene prompt rather than a known song title. 允许用户从回忆场景提示开始，而不是从已知歌名开始。 | Conversational support is not memory verification. 对话支持不等于记忆验证。 |
AI-generated reminiscence cues AI 生成回忆线索 | Treasurefinder shows that AI-generated open-ended cues can support personal reminiscing, recall, reflection, and interpersonal insight. Treasurefinder 显示，AI 生成的开放式线索可以支持个人回忆、回想、反思与关系理解。 | Translate text-based cueing into acoustic cue generation / selection. 把文本线索扩展为声学线索生成/选择。 | Cueing support is not automatic memory truth. 线索化支持不等于自动记忆真理。 |
Nostalgia Brain-Music Interface 怀旧脑—音乐接口 | Recent N-BMI research combines subjective nostalgia ratings, acoustic features, and in-ear EEG to recommend nostalgic music for younger and older users. 近期 N-BMI 研究结合主观怀旧评分、声学特征与入耳式 EEG，为年轻与年长用户推荐怀旧音乐。 | BCI-HRP extends this direction from recommending existing songs to generating scene-sensitive acoustic familiarity cues. BCI-HRP 将这一方向从“推荐已有歌曲”推进到“生成场景敏感的声学熟悉感线索”。 | Nostalgia response is individualized and must be validated. 怀旧反应高度个体化，必须验证。 |
False memory and suggestibility 错误记忆与暗示性 | Loftus, Roediger–McDermott, and recent AI-memory studies warn that memory can be distorted by misleading, suggestive, or synthetic cues. Loftus、Roediger–McDermott 以及近期 AI 记忆研究提醒：记忆可能被误导性、暗示性或合成线索扭曲。 | Build anti-suggestion UX: open prompts, confidence calibration, source-monitoring notes, user correction. 建立反暗示界面：开放式问题、置信度校准、来源监控笔记、用户修正。 | The system must never implant, certify, or “recover” memories. 系统绝不能植入、认证或“恢复”记忆。 |
MODULES // 模块
FAMILIARITY CUE GENERATOR / 熟悉感线索生成器
From scene to sound
从回忆场景到声学线索
Generates or selects sound cues using user-approved inputs: life period, city, listening history, timbre preference, disliked sounds, context tags, and prior body–awareness maps.
基于用户批准的输入生成或选择声音线索：生命阶段、城市、聆听历史、偏好音色、厌恶声音、情境标签与既有身体—觉察地图。
AUTOBIOGRAPHICAL RECALL PROBE / 自传式回忆探针
What returned?
什么回来了？
Tests whether the cue produces user-reported familiarity, scene fragments, bodily memory, life-period atmosphere, warmth, or specific event recall.
测试该线索是否产生用户报告的熟悉感、场景片段、身体记忆、生命阶段氛围、温暖感或具体事件回忆。
MEMORY RETURN REPORT / 记忆回返报告
User-editable output
用户可修改的记忆回返报告
Returns cue features, familiarity rating, body proxy indicators, memory fragment notes, confidence rating, and the user’s own renaming.
返回线索特征、熟悉感评分、身体代理指标、记忆片段笔记、置信度评分与用户自己的重新命名。
ANTI-SUGGESTION GUARDRAIL / 反暗示护栏
No leading questions
反暗示护栏：不诱导提问
The system avoids “Did this remind you of your childhood home?” and asks “Did anything come back? If yes, describe it in your own words.”
系统避免“这是否让你想起童年家？”这类诱导问题，而使用：“有什么回来了吗？如果有，请用自己的话描述。”
RESEARCH QUESTIONS // 研究问题
| RQ / 问题 | Question / 研究问题 | Measurement / 测量 |
|---|---|---|
| RQ-M1 | Do AI-generated acoustic familiarity cues based on user-described memory scenes evoke more user-reported autobiographical recall than neutral or random generated cues? 基于用户描述回忆场景生成的声学熟悉感线索，是否比中性或随机生成线索更容易带来用户报告的自传式回忆？ | Recall occurrence, specificity, vividness, familiarity rating, warmth rating. 回忆出现率、具体性、生动性、熟悉感评分、温暖感评分。 |
| RQ-M2 | Does Familiarity-before-Recall predict later memory specificity, vividness, warmth, or personal meaning? 回忆前熟悉感是否预测后续记忆的具体性、生动性、温暖感或个人意义？ | Lagged analysis: pre-recall familiarity before fragment detail. 滞后分析：先熟悉感评分，再片段细节。 |
| RQ-M3 | Do head-patch and wristband proxy indicators correspond to self-reported familiarity, warmth, recognition, or memory vividness? 头部贴片与腕环代理指标，是否与用户报告的熟悉感、温暖感、认出感或记忆生动性相对应？ | Head/wrist proxy direction, self-report, cue features, session context. 头部/腕部代理指标方向、自评、线索特征、session 情境。 |
| RQ-M4 | Can older adults use scene-based AI music reminiscence without losing control, feeling manipulated, or being forced into false certainty? 长辈用户能否在不失去控制、不感到被操控、不被推向虚假确定性的前提下，使用基于场景的 AI 音乐回忆系统？ | Usability, perceived autonomy, comfort, source-monitoring, correction rate. 可用性、主权感、舒适度、来源监控、修正率。 |
| RQ-M5 | Which prompt styles reduce suggestibility while still supporting warm, meaningful reminiscence? 哪些提示方式既能支持温暖、有意义的回忆，又能降低暗示性与错误记忆风险？ | Prompt audit, confidence calibration, false-certainty checks, user correction. 提示语审计、置信度校准、虚假确定性检查、用户修正。 |
LAB-SAFE SENTENCE // 实验室安全表述
BCI-HRP V2.4 investigates whether AI-generated or AI-selected acoustic familiarity cues, delivered through headphones and paired with optional head-patch and wristband proxy indicators, can support user-reported autobiographical reminiscence, warmth, and self-recognition without claiming to recover, verify, or implant factual memory.
BCI-HRP V2.4 研究的是：通过耳机播放的 AI 生成或 AI 选择声学熟悉感线索，并结合可选头部贴片与腕环代理指标，是否能够支持用户报告的自传式回忆、温暖感与自我认出，同时不声称恢复、验证或植入事实记忆。
SELECTED REFERENCES TO ADD BEFORE SUBMISSION // 正式提交前需补齐的参考文献
- Janata, P. (2009). The neural architecture of music-evoked autobiographical memories. Cerebral Cortex.
- Jakubowski, K. and colleagues. Work on musical familiarity, emotional expression, and music-evoked autobiographical memories.
- Rao, J. A. and colleagues. Work on popular music, reminiscence bump, and life-period music memory.
- Jin, Y., Cai, W., Chen, L., Zhang, Y., Doherty, G., & Jiang, T. (2024). Generative AI for music-based reminiscence in older adults. CHI.
- Jeung, J. L., & Huang, J. Y.-C. (2024). Treasurefinder / AI-generated cues in personal reminiscing. CHI.
- Sakakibara, Y. and colleagues. (2025). Nostalgia Brain-Music Interface. Scientific Reports.
- Loftus, E. F.; Roediger, H. L.; McDermott, K. B.; and recent HCI work on AI-generated content, suggestibility, and false memories.
07 // LAB COLLABORATION ASK // I AM NOT ASKING THE LAB TO INVENT IT FOR ME
I bring the invention. I need resources, samples, measurement, and validation.
我带来发明。我需要资源、样本、测量与验证。
The collaboration request is specific: test whether a non-diagnostic body-awareness and probe-response mapping system can help users improve recognition of their own body–awareness alignment over time.
合作请求是具体的：验证一个非诊断的身体—觉察—探针反应映射系统，是否能帮助用户逐渐提高对自身身体—觉察对齐状态的识别能力。
WHAT WEI JUERAN BRINGS
Original system, prototype, language, music logic
原创系统、原型、语言、音乐逻辑
01
Original invention framework: Human Return Protocol.
原创发明框架：Human Return Protocol。
02
QDR / Human Return theoretical language and design logic.
QDR / Human Return 理论语言与设计逻辑。
03
Interaction prototype, reflection report logic, user flow, probe system, including an acoustic/music probe set.
交互原型、反思报告逻辑、用户流程、探针系统，其中包括声学/音乐探针集。
04
Learning Sciences + HCI framing and user-centered research questions.
学习科学 + HCI 定位与用户中心研究问题。
WHAT THE LAB BRINGS
Participants, sensors, methods, credibility
样本、传感、方法、可信度
01
Participant recruitment and ethically reviewed study environment.
样本招募与伦理审查过的研究环境。
02
Wearable / physiological measurement: HRV, EDA, respiration, temperature, optional EEG/fNIRS.
可穿戴/生理测量：HRV、EDA、呼吸、温度，可选 EEG/fNIRS。
03
Causal evaluation, statistics, signal processing, and validity threat control.
因果评估、统计、信号处理与效度威胁控制。
04
Publication pathway, scientific review, and prototype iteration support.
发表路径、科学审查与原型迭代支持。
THE ASK SENTENCE // 可直接对实验室说
I am seeking a lab collaboration to test whether a non-diagnostic body-awareness and probe-response mapping system can help users improve self-recognition of body–awareness alignment over time. I bring the invention framework, prototype, theoretical model, interaction design, and probe system, including an acoustic/music probe set. I am looking for collaborators who can support participant recruitment, wearable/physiological data collection, causal evaluation, and ethical study design.
我希望寻找实验室合作，验证一个非诊断的身体—觉察—探针反应映射系统，是否能帮助用户逐渐提高对自身身体—觉察对齐状态的识别能力。我提供发明框架、原型、理论模型、交互设计与探针系统，其中包括声学/音乐探针集；希望实验室支持样本招募、生理数据采集、因果评估与伦理研究设计。
CONFLICT-OF-INTEREST DISCLOSURE // 利益声明
Wei Jueran is both designer and probe author.
魏珏然同时是系统设计者与默认六类音乐探针的作者。
The six-genre probe set is not framed as a treatment claim. Whether user-selected music outperforms the author's probes is itself a pre-registered research question (see RQ3 below). Any study comparing the two should be conducted under independent design and independent analysis.
该六类音乐探针集不作为治疗承诺。用户自选音乐是否优于作者探针，本身是一个预注册研究问题（见下方 RQ3）。涉及二者对比的研究应在独立设计与独立分析下进行。
08 // LOCKED MVP // DO NOT EXPAND
The MVP is pure software: body–awareness alignment history + multi-class probe library + reflection report.
MVP 是纯软件：身体—觉察对齐史 + 多类探针库 + 反思报告。
The first build does not require self-developed hardware, head sensors, dream control, or closed-loop sleep intervention. Those stay as later research branches handled with appropriate lab partners.
第一版不需要自研硬件、头部传感、梦境控制或闭环睡眠干预。那些保留为后续研究分支，由合适的实验室伙伴处理。
MVP CORE A
Body–awareness alignment history
身体—觉察对齐史
Records what the user notices, what the body proxy indicator suggests, what the context is, and where they diverge.
记录用户觉察到什么、身体代理指标显示什么、探针/情境是什么，以及二者在哪里分叉。
MVP CORE B
Multi-class user-selected probes
用户自选多类探针
The system starts from the user’s own chosen probes and context. Music is one acoustic probe class; Wei Jueran’s six genres are optional authored probes, not forced treatment.
系统从用户自己的探针选择与情境开始。音乐只是声学探针类之一；魏珏然六类音乐是可选署名探针，不是强加的矫正行动。
MVP CORE C
Reflection report
反思报告
AI formats user-owned records into exportable, non-diagnostic summaries that users may review privately or choose to share with a coach or clinician.
AI 将用户拥有的记录格式化为可导出、非诊断摘要，用户可私下复盘，也可选择分享给教练或临床人员。
OUT OF MVP // 不进入 MVP
| Not now / 暂不进入 | Why / 原因 | Future status / 未来位置 |
|---|---|---|
Custom hardware 自研硬件 |
Hardware increases cost, timeline, and regulatory complexity; not required to test the locked research question. 硬件会增加成本、周期与监管复杂度；测试当前锁定研究问题并不需要自研硬件。 |
Use existing consumer wearables only. No future hardware product claim from this project. 仅使用现成消费级可穿戴设备；本项目暂不做未来硬件产品承诺。 |
EEG / fNIRS / head sensors EEG / fNIRS / 头部传感器 |
Requires lab-grade instrumentation and expertise. 需要实验室级仪器与专业能力。 |
Lab validation branch only, brought by the partner lab. Not part of the solo MVP. 仅作为实验室验证分支，由合作实验室提供；不进入单人 MVP。 |
Nightmare reduction / dream control 减少噩梦 / 梦境控制 |
Medical and vulnerable-state intervention risk. 涉及医疗与脆弱状态干预风险。 |
Remote clinical research only; never product promise now. 仅保留为远期临床研究问题；当前绝不作为产品承诺。 |
Emotion diagnosis 情绪诊断 |
Contradicts the invention’s core restraint: return authority to user. 违背本发明的核心克制：把解释权交还给用户。 |
Never core product function. 永不作为核心产品功能。 |
09 // SYSTEM ARCHITECTURE // FROM RECORDING TO RECOGNITION
The chain is buildable in front; research-open in back.
前半截可建，后半截开放研究。
HRP should be honest about its chain: capture → probe → present is buildable now; recognition → map growth → return/improvement must be tested.
HRP 必须诚实区分链条：采集 → 探针 → 并排呈现现在可建；认出 → 地图生长 → 返回/改善必须验证。
01 // CAPTURE
Body + awareness + context
Self-report, context notes, optional wearable proxy indicators.
自评、情境记录、可选可穿戴代理指标。
→
02 // PROBE
User-selected music
Music is used as a probe, not a universal intervention claim.
音乐作为探针，而不是普适干预承诺。
→
03 // PRESENT
Side-by-side map
The system presents differences without naming emotion.
系统并排呈现差异，但不命名情绪。
→
04 // TEST
Recognition and prediction
Can the user predict future body response before listening?
用户能否在听之前预测未来身体反应？
BUILDABLE NOW
Capture → probe → present
采集 → 探针 → 呈现
Software can already record self-awareness, context, music exposure, and optional wearable summaries, then present them as a personal pattern log.
软件现在就能记录自我觉察、情境、音乐暴露和可选可穿戴摘要，并将其呈现为个人模式日志。
RESEARCH QUESTION
Recognition → map growth → return
认出 → 地图生长 → 返回
This cannot be promised yet. It becomes the research target: does repeated mapping improve user prediction, recognition, and action choice?
这一段不能被承诺。它成为研究目标：重复映射是否提升用户预测、认出与行动选择？
10 // HARDWARE LANDSCAPE // EXISTING DEVICES, NO CUSTOM HARDWARE
The signals already exist in 2026 devices. The originality is not the sensor.
2026 年的设备已能采到这些信号。原创性不在传感器。
For the MVP, no alignment-relevant signal channel requires custom-built hardware. Existing consumer and research devices are sufficient candidate sources for testing the software criterion. This does not weaken the invention — it locates it above the commodity sensor layer, in the measurement framework, software, and the self-prediction criterion.
对 MVP 而言，没有任何“对齐相关”的信号通道必须依赖自研设备。现成消费级与研究级设备已经足以作为测试软件判据的候选数据来源。这不削弱发明——它把发明定位在通用传感器层之上：测量框架、软件，与自我预测判据。
MOMENTARY LAYER // 瞬时层
Polar H10 / Verity Sense — real-time RR
Polar H10 / Verity Sense — 实时 RR
The self-prediction cornerstone benefits from in-the-moment, beat-to-beat RR. An RR-streaming chest strap / armband such as Polar H10 or an equivalent research-used device is a candidate for the momentary layer. Device validity must be checked within the protocol and cited for the exact condition; no wearable signal is treated as ground truth.
自我预测拱心石适合使用当下、逐搏 RR。Polar H10 或同等研究常用 RR 流式胸带/臂带可作为瞬时层候选。设备有效性必须在具体协议与条件下检查并引用；任何可穿戴信号都不被当作 ground truth。
LONGITUDINAL LAYER // 纵向层
Oura Ring 4 — baseline trends
Oura Ring 4 — 基线趋势
Weeks-long HRV / temperature / sleep baselines can support the longitudinal map. Oura, Apple Watch, and similar devices may provide useful trend context, but each device must be treated as a proxy source and interpreted according to device-specific validation evidence. Daily summaries fit the longitudinal layer, not the momentary layer.
数周的 HRV / 皮温 / 睡眠基线可以支持纵向地图。Oura、Apple Watch 与类似设备可提供有用的趋势情境，但每种设备都必须被视为代理来源，并按具体设备的验证证据解释。每日汇总适合纵向层，不适合瞬时层。
SIGNAL × DEVICE // 信号 × 设备 · WHAT EACH CAN AND CANNOT DO
| Signal / 信号 | Best device / 最佳载体 | Resting validity / 静息有效性 | Honest limit / 诚实限制 |
|---|---|---|---|
Real-time RR / HRV 实时 RR / HRV | Polar H10 or equivalent research-used RR device Polar H10 或同等研究常用 RR 设备 | Candidate for momentary layer 可作为瞬时层候选 | Validate within protocol; chest strap comfort may limit adherence. 需在本协议内验证；胸带舒适度可能影响依从性。 |
Longitudinal HRV / temperature / sleep 纵向 HRV / 皮温 / 睡眠 | Oura / Apple Watch / other wearable trend sources Oura / Apple Watch / 其他可穿戴趋势来源 | Candidate for baseline layer 可作为基线层候选 | Use as trend context, not momentary ground truth; cite device-specific validity. 作为趋势情境使用，不作为瞬时真实值；需引用具体设备有效性。 |
ECG (single-lead) ECG（单导联） | Consumer watch, where available 可用时使用消费级手表 | Contextual / on-demand 情境性 / 按需使用 | Not the preferred continuous RR stream for the MVP. 不是 MVP 首选的连续 RR 数据流。 |
EDA EDA / 皮电 | Research-grade or lab-supported wearable 研究级或实验室支持的可穿戴设备 | Optional lab branch 可选实验室分支 | Motion-sensitive and often weakly aligned with self-report; not required for MVP. 对动作敏感，且常与自评弱对齐；MVP 不要求。 |
EEG / fNIRS EEG / fNIRS | Lab-grade instrumentation only 仅限实验室级仪器 | Later validation setting 后续验证情境 | Not part of the private-tool MVP; never used as mind-reading claim. 不属于用户私有工具 MVP；绝不用于读心主张。 |
WHY NO CUSTOM HARDWARE // 为何不自研硬件
The MVP does not need custom hardware.
MVP 不需要自研硬件。
The early invention question is not “can we build a better sensor?” It is “can a user-owned alignment map become prospectively predictive?” Existing RR-capable wearables are sufficient to test that question. Any later hardware form factor should be justified only after the software criterion works.
早期发明问题不是“我们能不能造更好的传感器”，而是“用户拥有的对齐地图能否变得前瞻性可预测”。现有可测 RR 的可穿戴设备已足以测试这个问题。任何后续硬件形态，都必须在软件判据成立之后才有必要。
BUILDABLE MVP DEVICE LIST // 可造 MVP 设备清单
| Device / 设备 | Price / 价格 | Role / 职责 | Necessity / 必需性 |
|---|---|---|---|
Polar H10 or equivalent RR-streaming device Polar H10 或同等 RR 流式设备 | Low-cost consumer/research candidate 低成本消费级/研究候选 | Momentary real-time RR 瞬时实时 RR | Core candidate for pilot 微型试验核心候选 |
Kubios HRV / Polar SDK / equivalent pipeline Kubios HRV / Polar SDK / 同等管线 | Tooling varies 工具成本不一 | RR stream, storage, analysis RR 数据流、存储、分析 | Core candidate for pilot 微型试验核心候选 |
Oura / watch / longitudinal wearable Oura / 手表 / 纵向可穿戴设备 | Optional 可选 | Longitudinal baseline context 纵向基线情境 | Recommended, not launch-critical 建议使用，但非上线关键 |
Custom hardware 自研硬件 | — — | — — | Not needed for MVP MVP 不需要 |
VALIDATION NOTES // 设备验证说明
Wearable signals are proxy indicators, not ground truth.
可穿戴信号是代理指标，不是真实状态本身。
Before public or lab-facing use, every device-specific claim must be tied to a citation, protocol condition, and signal-quality rule. BCI-HRP can use existing devices for MVP testing, but it must report missing data, motion artifacts, device limits, and context confounds instead of treating any device output as direct access to the user's state.
在公开或面向实验室使用前，任何具体设备主张都必须绑定引用、协议条件与信号质量规则。BCI-HRP 可以使用现成设备进行 MVP 测试，但必须报告缺失数据、运动伪迹、设备限制与情境混杂，而不是把任何设备输出当成用户状态的直接入口。
11 // RESEARCH QUESTIONS // LAB-READY
The core question is not “can music produce fixed improvement?” It is “can a user-owned map become predictive?”
核心问题不是“音乐是否能带来固定改善”，而是“用户拥有的地图能否变得可预测”。
RQ1
Alignment visibility
对齐可见性
Can users notice body–awareness divergence more clearly after repeated HRP sessions across multiple probe classes?
重复使用 HRP 后，用户能否在多类探针中更清楚地看见身体—觉察分叉？
RQ2
Self-prediction
自我预测力
By week 3–4, can users predict their own body/self-rating direction before exposure to a selected probe?
到第 3–4 周，用户能否在接触某个探针之前预测自己的身体/自评变化方向？
RQ3
Music individuality
音乐个体差异
Do user-selected acoustic probes outperform generic categories, silence/context probes, or Wei Jueran authored probes for self-recognition?
用户自选声学探针是否比通用分类、沉默/情境探针或魏珏然署名探针更能帮助自我认出？
RQ4
Report usefulness
报告可用性
Can non-diagnostic reflection reports support better self-description in coaching, professional conversations, or personal review?
非诊断反思报告能否支持用户在教练支持、专业会谈或个人复盘中更好描述自己？
RQ5 · TRIGGER PARADOX
How records actually get triggered
记录到底如何被触发
HRP's intended users are people who often cannot clearly name what they feel. If logging depends on self-initiation in those exact moments, the trigger condition depends on the capacity the tool exists to supplement. This is an EMA-paradigm paradox that must be studied directly, not assumed away.
HRP 的目标用户往往正是说不清自己感受的人。如果记录依赖他们在那种时刻自我发起，触发条件正好依赖于该工具要补足的那种能力。这是 EMA 范式的一个悖论，必须被直接研究，不能假装它不存在。
Sub-questions: What ratio of records is self-initiated vs. scheduled prompts vs. context-triggered (e.g., HRV inflection, time-of-day, location)? Which trigger mode yields more meaningful recognition events? Does trigger mode interact with alexithymia / interoceptive-awareness baseline?
子问题：自我发起、定时提示、情境触发（如 HRV 拐点、时段、地点）三种触发方式的比例如何？哪种触发模式产生更多有意义的认出事件？触发模式是否与述情障碍/内感受基线相互作用？
RQ6
Second-order reflexive recognition
二阶返身认出
Can repeated acoustic probes help users notice not only what they feel, but how they notice themselves being affected?
重复声学探针能否帮助用户不仅看见自己感受到什么，也看见自己如何意识到“正在被作用”？
RQ7
Iterative listening and temporal self-difference
迭代聆听与时间中的自我差异
When the same track is repeated across sessions, can users improve prediction of their own body–awareness shift?
当同一首歌跨 session 重复出现时，用户能否提升对自身身体—觉察变化方向的预测力？
OPERATIONALIZING “MEANINGFUL RECOGNITION” // 操作化“有意义的认出”
| Weak version / 弱版本 | Problem / 问题 | Harder version / 更硬版本 | Measurement / 测量 |
|---|---|---|---|
“I feel this music helps me.” “我感觉这首歌帮到我了。” |
May be confabulation, mood, or demand effect. 可能是事后编造、即时心情或需求效应。 |
Before listening, user predicts whether body proxy indicator / self-rating will rise, fall, or stay stable. 听之前，用户预测身体代理指标 / 自评会上升、下降或保持稳定。 |
Prediction accuracy across repeated sessions. 重复 session 中的预测准确率。 |
“This report feels meaningful.” “这份报告感觉很有意义。” |
May be vague validation. 可能只是模糊的被确认感。 |
User uses the report to choose a next track/action, then tests whether it matches actual response. 用户用报告选择下一首曲目/下一步行动，再测试是否匹配实际反应。 |
Pre-registered choice → outcome comparison. 预注册的选择 → 结果比较。 |
“I understand myself better.” “我更理解自己了。” |
Hard to verify. 难以验证。 |
User improves future self-description specificity without system naming the emotion. 在系统不替用户命名情绪的前提下，用户未来自我描述的具体性提高。 |
Blind-coded specificity / consistency score. 盲评编码的具体性 / 一致性评分。 |
12 // ALIGNMENT INPUT PROBES // MUSIC IS ONE CLASS, NOT THE CORE
The core is alignment mapping. Music is one class of input probe.
核心是对齐映射。音乐只是输入探针的一类。
What this system measures is whether body and awareness move together; lab-grade neural measurement can be added only in later validation settings. A probe is anything that perturbs that system so the alignment becomes visible. Music is one class of probe — the acoustic class. Silence, context, task load, and attention direction are equally valid non-acoustic probes. The system does not depend on music working.
本系统首先测量身体与觉察是否共同移动；实验室级神经测量只在后续验证情境中加入。探针是任何能扰动这个系统、让对齐变得可见的东西。音乐是探针的一类——声学类。沉默、情境、任务负荷、注意力指向是同等有效的非声学探针。系统不依赖音乐有效。
Within the acoustic class, the six Wei Jueran genres are candidate acoustic conditions, an authorship layer, and exclusion probes — not treatment protocols. Whether they outperform a user's own library, or silence, is a research question (RQ3), not a claim.
在声学类内部，魏珏然六类音乐是候选声学条件、作品署名层与排除式探针——不是治疗或干预承诺。它们是否优于用户自带曲库、或优于沉默，是一个研究问题（RQ3），不是宣称。
PROBE CLASSES // 探针类别
| Probe class / 探针类 | Example / 示例 | Channel / 通道 | Hardware needed / 所需硬件 |
|---|---|---|---|
Acoustic / 声学 声学 | Music (incl. six genres), tones, soundscape 音乐（含六类音乐探针集）、音调、声景 | Audio playback 音频播放 | None — software 无需硬件 — 软件即可 |
Silence / 沉默 沉默 | Absence of input as a baseline probe 以输入缺席作为基线探针 | Timed quiet window 定时安静窗口 | None — software 无需硬件 — 软件即可 |
Context / 情境 情境 | Time of day, location, task, sleep state 时段、地点、任务、睡眠状态 | Self-report + device metadata 自评 + 设备元数据 | None — software 无需硬件 — 软件即可 |
Task load / 任务负荷 任务负荷 | A demanding vs. restful activity 高负荷活动 vs. 休息活动 | Self-report + motion 自评 + 动作 | None — software 无需硬件 — 软件即可 |
Attention / 注意力 注意力 | Open prompt directing notice to the body 把注意力导向身体的开放提示 | Open-ended question 开放式问题 | None — software 无需硬件 — 软件即可 |
PROBE (ACOUSTIC CLASS)syncopation depth
BODY / NEURAL PROXYmovement / HRV
USER RESPONSErecognize / reject
INTERPRETATIONuser-owned
BREAKBEATS
PROBE
PROBE
SELECT PROBE
Breakbeats as Probe
碎拍作为探针
Tests tolerance for irregularity, syncopation, and flexible timing.
测试用户对不规则、切分与灵活时间的承受/识别方式。
Feature
Syncopation
Load
Medium-high
Question
Does irregularity help or disrupt?
PROBE TABLE // 探针表
| Probe / 探针 | What it tests / 测什么 | Possible user response / 可能反应 | What not to claim / 不应声称 |
|---|---|---|---|
Breakbeats 碎拍 | Irregularity, syncopation, flexible timing. 不规则、切分、灵活时间。 | Recognition, activation, rejection, overwhelm. 认出、激活、拒绝、过载。 | Do not claim it treats dissociation. 不要声称它治疗解离。 |
Hyperpop 超流行 | Density, brightness, overload tolerance. 密度、亮度、过载承受。 | Excitement, irritation, clarity, excess. 兴奋、烦躁、清晰、过量。 | Do not claim it safely regulates all users. 不要声称它能安全调节所有用户。 |
Synthpop 合成流行 | Predictability, melody, social warmth. 可预测性、旋律、社交温度。 | Relief, nostalgia, narrative access, boredom. 缓解、怀旧、叙事进入、无聊。 | Do not claim stable rhythm always calms. 不要声称稳定节律总会使人平静。 |
Drift Phonk 漂移 Phonk | Low-frequency drive, embodiment, motor entry. 低频驱动、具身、运动入口。 | Grounding, movement, aggression, fatigue. 落地、运动、攻击感、疲惫。 | Do not claim universal body activation. 不要声称普适身体激活。 |
Darkwave 暗潮 | Minor mode, descent, emotional depth. 小调、下降、情绪深度。 | Containment, heaviness, sadness, release. 承载、沉重、悲伤、释放。 | Do not claim trauma processing. 不要声称创伤处理。 |
Ambient Techno 氛围科技舞曲 | Spatial continuity, minimal pulse, sustained focus. 空间连续性、极简脉冲、持续专注。 | Focus, drift, comfort, numbness. 专注、漂移、舒适、麻木。 | Do not claim deep sleep improvement. 不要声称改善深度睡眠。 |
13 // ETHICAL AND REGULATORY BOUNDARIES // PRODUCT RESTRAINT AS ORIGINALITY
The system’s originality is restraint: return, not control.
系统原创性在于克制：归还，而不是控制。
HRP must remain strict: no diagnosis, no emotion naming, no automatic intervention without user confirmation, no dream control, no medical promise, no “AI knows you better than you.”
HRP 必须严格：不诊断、不命名情绪、不在未经确认时自动干预、不控制梦境、不做医疗承诺、不说“AI 比你更懂你”。
| Risky phrase / 风险措辞 | Safer replacement / 安全替代表述 | Reason / 原因 |
|---|---|---|
Detects anxiety / detects depression 检测焦虑 / 检测抑郁 | Shows possible body–awareness divergence 显示可能的身体—觉察分叉 | Avoids diagnosis and emotion naming. 避免诊断与替用户命名情绪。 |
Treats trauma / reduces nightmares 治疗创伤 / 减少噩梦 | Remote clinical research question only 仅作为远期临床研究问题 | Medical claim and vulnerable-state risk. 涉及医疗承诺与脆弱状态风险。 |
Reads your mind / decodes emotion 读取思想 / 解码情绪 | Records user input and optional body proxy indicators 记录用户输入与可选身体代理指标 | Avoids brain-reading / overclaim. 避免读脑与过度声称。 |
Proves music regulates the nervous system 证明音乐调节神经系统 | Tests whether selected music is associated with state changes 测试所选音乐是否与状态变化相关 | Keeps claims falsifiable. 保持主张可证伪。 |
Automatic intervention 自动干预 | Present → user confirms → optional action 呈现 → 用户确认 → 可选行动 | Protects agency and consent. 保护行动权与同意。 |
BOUNDARY 01
Disclosure
披露
The AI layer must clearly say it is AI, not a human clinician or companion substitute.
AI 层必须清楚说明自己是 AI，不是人类临床人员或真人陪伴替代。
BOUNDARY 02
Crisis redirect
危机转介
If a user indicates imminent harm or crisis, the system stops reflective interpretation and redirects to real support.
如果用户表现出即时伤害或危机，系统停止反思性解释，并转向真实支持。
BOUNDARY 03
User correction
用户修正
Every label, report, and map entry must be editable or rejectable by the user.
每个标签、报告与地图条目都必须可被用户修改或拒绝。
BOUNDARY 04
Data ownership
数据所有权
All records belong to the user: locally stored by default, fully exportable, withdrawable, and never sold. Any cloud or research use requires explicit, revocable consent and ethics review.
所有记录归用户所有：默认本地存储，可完整导出、可撤回、永不售卖。任何云端或研究用途需用户明确且可撤销的同意与伦理审查。
14 // 2–4 WEEK MINIMUM TEST // BEFORE LAB MEETING
Before asking for resources, show the lab a clean micro-signal.
在请求资源前，给实验室看一个干净的微型信号。
This is not full validation. It is a credibility signal: the invention is operationalized enough that a lab can join without first cleaning the whole concept.
这不是完整验证，而是可信度信号：这个发明已经被操作化到足够清楚，实验室可以加入，而不是先替你清理整个概念。
MICRO-PILOT FLOW // 微型试验流程
WEEK 1
Baseline diary
基线日记
Record state, body proxy indicator if available, context, and music choice.
记录状态、可用身体代理指标、情境与音乐选择。
WEEK 2
Probe exposure
探针暴露
Use user library + optional Wei Jueran probe set under fixed timing.
使用用户曲库 + 可选魏珏然 probe set，并固定时长。
WEEK 3
Prediction trial
预测测试
Before listening, user predicts body/self-rating direction.
听之前，用户预测身体/自评变化方向。
WEEK 4
Report test
报告测试
Does reflection report improve next-session prediction or self-description?
反思报告是否提升下一次预测或自我描述？
MINIMUM COMPLETION THRESHOLD // 最低依赖率门槛 · PRE-REGISTERED
How low is "the run failed", not "the result was null"?
多低算"试验失败"，而非"结果为零"？
Pre-registered minimum for the micro-pilot to be informative: each participant completes at least 2 sessions per week across 4 weeks (≥ 8 sessions), including at least 4 prediction trials in weeks 3–4. Below this threshold, the run is reported as a feasibility failure rather than a null result, and trigger-mode logs (RQ5) are reviewed first.
微型试验有效性的预注册最低门槛：每位被试在 4 周内完成至少每周 2 次、共 8 次以上 session，其中第 3–4 周完成至少 4 次预测试验。低于此门槛者按"可行性失败"而非"零结果"报告，并优先复核 RQ5 的触发模式日志。
LOCAL DATA CAPTURE · MOCKUP · VISUAL ONLY · NOT A LIVE FORM // 本地数据记录 · 仅为视觉示意 · 非真实采集
15 // MUSIC AS PROBE SET // ACOUSTIC–NEURAL–QUALIA RATIONALE
Music is not the core proof. Music is one strong probe family.
音乐不是核心证明。音乐是一组强探针家族。
The BCI main site’s six-genre matrix is valuable, but in BCI-HRP it must be reframed: not as a treatment claim, not as a fixed genre→emotion map, and not as a universal intervention claim. It becomes a signed Probe Set for studying acoustic variables, personal preference, body response, and self-prediction.
BCI 主站的六类音乐矩阵很有价值，但在 BCI-HRP 中必须重写：不是治疗或干预承诺，不是固定的“流派→情绪”映射，也不是普适干预承诺。它成为一个署名 Probe Set，用来研究声学变量、个人偏好、身体反应与自我预测。
AUTHORITATIVE BASISJuslin & Västfjäll 2008Koelsch 2014Chanda & Levitin 2013Salimpoor et al. 2011Patel & Iversen 2014Large & Jones 1999Thaut 2005 / 2015
Reference note: full bibliographic entries should be added before academic submission or lab circulation.
引用说明：在学术投稿或正式发给实验室前，应补齐完整参考文献条目。
REFLEXIVE MUSICOLOGY UPGRADE // 返身音乐学升级
Music is not only a probe family; it is the acoustic route into metacognitive self-recognition.
音乐不只是探针家族；它是进入元认知自我认出的声学路径。
BCI-HRP uses Reflexive Musicology to keep the music layer precise: the goal is not to prove that a genre creates a fixed effect, but to test whether repeated listening encounters can improve the user's recognition and prediction of their own body–awareness alignment.
BCI-HRP 用返身音乐学来校准音乐层：目标不是证明某种流派产生固定效果，而是测试重复聆听相遇是否能提升用户对自身身体—觉察对齐的认出与预测。
SIX PROBE FAMILIES × SIX SYSTEMS // 六类探针 × 六大系统
Probe
探针
Emotion
情绪
Perception
感知
Neural Timing
神经时间
Body
身体
Cognition / Meaning
认知 / 意义
Breakbeats
碎拍
interrupt rumination / activate
打断反刍 / 激活
prediction update
预测更新
auditory-motor timing
听觉—运动时间
micro-motion anchor
微动作锚点
chaos becomes trackable
混乱变得可追踪
Hyperpop
超流行
amplify to apex
放大到峰值
sensory saturation
感官饱和
salience / reward
显著性 / 奖赏
arousal rise
唤醒上升
density as identity signal
密度成为身份信号
Drift Phonk
漂移 Phonk
activate drive
激活驱动力
speed field
速度场
pulse-locking
脉冲锁定
low-frequency motion
低频运动
task initiation / forward weight
任务启动 / 前进重量
Darkwave
暗潮
contain grief
承载悲伤
cold indoor space
冷室内空间
autonomic downshift
自主神经下行
slow breath / HRV
慢呼吸 / HRV
darkness becomes bearable
黑暗变得可承受
Ambient Techno
氛围科技舞曲
indirect settling
间接安定
long temporal span
长时间跨度
entrainment / α-θ proxy
夹带 / α-θ 代理
background micro-movement
背景微运动
sustained-task scaffold
持续任务脚手架
Synthpop
合成流行
warm reward
温暖奖赏
bright resolution
明亮解决
reward anticipation
奖赏预期
release / breath
释放 / 呼吸
homecoming / narrative coherence
返家感 / 叙事连贯
Claim limit: HRP does not claim that genres diagnose, treat, cure, mitigate, or prevent disease. The researchable claim is narrower: specific acoustic variables and user-selected music may produce measurable body/self-report patterns, and users may learn to predict those patterns over time.
声明边界：HRP 不声称任何音乐类型能诊断、治疗、治愈、缓解或预防疾病。可研究主张更窄：特定声学变量与用户自选音乐，可能产生可测的身体/自评模式，而用户可能随时间学会预测这些模式。
PROBE SET NAME LOCK
Six-Genre Probe Set / 六类音乐探针集, not Protocol.
叫 Six-Genre Probe Set，不叫 Protocol。
This keeps your authorship and music-world originality while protecting the lab-facing claim from becoming a medical promise.
这样既保留你的作者署名与音乐世界原创性，又保护面向实验室的主张不滑向医疗承诺。
RQ TRANSFER
User-selected music vs author probe set.
用户自选音乐 vs 作者探针集。
RQ3 should remain explicit: do user-selected tracks outperform Wei Jueran’s Probe Set for self-prediction and recognition?
RQ3 应明确保留：用户自选曲目是否在自我预测与认出上优于魏珏然 Probe Set？
16 // DATA VAULT & SAFETY // 可携带数据与安全边界
The record belongs to the user. The system presents; it does not decide.
记录属于用户。系统负责呈现，不负责替人决定。
This is the most useful safety layer from the BCI main site. In BCI-HRP, it becomes a lightweight data-vault principle: encrypted, user-held, exportable, revocable, non-diagnostic, and useful for professional conversations without pretending to be clinical judgment.
这是 BCI 主站最有用的安全层。进入 BCI-HRP 后，它成为轻量数据保险库原则：加密、用户持有、可导出、可撤销、非诊断，并能辅助专业沟通，但不假装自己是临床判断。
TIER 1 // DATA VAULT
Encrypted, user-held, exportable.
加密、用户持有、可导出。
PDF / CSV export can summarize sessions, probes, self-ratings, wearable proxy indicators, and prediction accuracy.
PDF / CSV 可总结 session、探针、自评、可穿戴代理指标与预测准确率。
TIER 2 // HUMAN HELP GATE
User-initiated support only.
只允许用户发起求助。
If safety features exist, the person presses first; the system packages information and asks for confirmation before any sharing.
若有安全功能，必须由人先按下；系统只打包信息，并在分享前请求确认。
TIER 3 // NOT MVP
No autonomous crisis detection.
不做自主危机检测。
Automatic crisis detection, dream regulation, nightmare reduction, or trauma intervention remain distant clinical research only.
自动危机检测、梦境调节、减少噩梦或创伤干预，只能作为远期临床研究。
MANDATORY PRODUCT SAFETY FUNCTION
AI disclosure + crisis referral must be built as functions, not just website disclaimers.
AI 身份披露 + 危机转介必须做成产品功能，而不只是网页声明。
Any reflective AI layer must clearly disclose that it is AI, not a human or clinician. It should avoid diagnosis, avoid body-part suggestion, keep prompts open, allow exit/delete, and provide crisis referral language when relevant.
任何反思型 AI 层都必须明确披露自己是 AI，不是人类或临床人员。它应避免诊断、避免指定身体部位、保持开放提问、允许退出/删除，并在相关时提供危机转介语言。
17 // EVIDENCE LOGIC // WHAT WOULD COUNT AS A SIGNAL
The first evidence is not “feeling better.” It is improved self-prediction.
第一证据不是“感觉更好”，而是自我预测力提升。
| Evidence tier / 证据层级 | Signal / 信号 | Why it matters / 意义 | Threat / 威胁 |
|---|---|---|---|
Tier 0 · Usability 第 0 层 · 可用性 |
Users complete logs without confusion. 用户能无混乱地完成记录。 |
Shows the tool can be used. 说明工具可以被使用。 |
Does not validate the theory. 不验证理论本身。 |
Tier 1 · Pattern visibility 第 1 层 · 模式可见性 |
Users identify repeated body–probe–awareness patterns. 用户识别重复出现的身体—探针—觉察模式。 |
Shows map is interpretable. 说明地图可被解释。 |
Could still be confabulation. 仍可能是事后编造。 |
Tier 2 · Self-prediction 第 2 层 · 自我预测 |
Prediction accuracy improves over sessions. 预测准确率随 session 增加而提高。 |
Stronger sign that recognition is functional. 更强地说明“认出”具有功能性。 |
Memory, expectation, small sample. 记忆、期待、小样本。 |
Tier 3 · External proxy 第 3 层 · 外部代理指标 |
Self-prediction corresponds to wearable proxy indicator direction. 自我预测与可穿戴代理指标方向相对应。 |
Bridges first-person and body data. 连接第一人称体验与身体数据。 |
Wearable noise and context confounds. 可穿戴噪声与情境混杂。 |
Tier 4 · Lab validation 第 4 层 · 实验室验证 |
Controlled sample with HRV/EDA/EEG/fNIRS and preregistered conditions. 使用 HRV/EDA/EEG/fNIRS 与预注册条件的受控样本。 |
Scientific collaboration begins here. 科学合作从这里开始。 |
Requires lab resources. 需要实验室资源。 |
KEY VALIDITY THREAT // 最大效度威胁
Meaningful recognition vs. confabulation.
有意义的认出 vs. 事后编造。
HRP must not confuse “the report feels true” with evidence. The strongest early test is behavioral and prospective: can the user predict their own response before the selected probe starts, and does this improve with repeated maps?
HRP 不能把“报告感觉很准”误当证据。最强的早期测试是行为性的、前瞻性的：用户能否在所选探针开始前预测自己的反应，并且这种预测是否随着重复地图而提高？
18 // TERMINOLOGY LOCK // 术语锁定层
BCI-HRP V2.4 is a terminology-locked bilingual lab prototype with Reflexive Musicology and Nowhere State integrated as its acoustic-theory and liminal-state research layers.
BCI-HRP V2.4 是术语锁定的双语实验室合作原型，并将返身音乐学与非地点态分别作为声学理论层和临界状态研究层正式接入。
This section prevents the project from drifting into medical claims, mind-reading language, generic wellness wording, or AI-over-human framing.
这一层用于防止项目滑向医疗承诺、读心话语、泛身心健康表述，或 AI 凌驾于人的框架。
SUBJECT AUTHORITY PRINCIPLE // 主体权原则
信号不能凌驾于主体，硬件不能消解人，AI 不能替代用户的解释权。
Signals cannot outrank the subject. Hardware cannot erase the human. AI cannot replace the user's interpretive authority.
MASTER LEDGER // 主术语台账
| Locked English | 锁定中文 | Use | Do not drift into |
|---|---|---|---|
| BCI-HRP | BCI-HRP / 人类回归协议实验室合作系统 | Project / website / lab-facing prototype. 项目、网站与面向实验室的合作原型。 | Do not reduce it to a wellness app. 不要降格成普通身心健康 App。 |
| Human Return Protocol | 人类回归协议 | The underlying protocol body. 底层协议本体。 | Do not mix with Human Return Portal unless intentionally renamed. 不要与 Human Return Portal 混用，除非主动改名。 |
| Probe-Based Alignment Mapping | 基于探针的对齐映射 | Core operational description. 核心操作化描述。 | Avoid mixing mapping and measurement at the project-title level. 项目标题层不要随意混用 mapping / measurement。 |
| body–awareness alignment | 身体—觉察对齐 | Main measured relationship. 主要被记录/显影的关系。 | Do not flatten into mood or emotion. 不要压扁成情绪或心情。 |
| body proxy indicator / physiological proxy indicator | 身体代理指标 / 生理代理指标 | Non-diagnostic signal approximation. 非诊断的信号近似指标。 | Do not call it ground truth. 不要称为真实状态本身。 |
| wearable proxy indicator | 可穿戴代理指标 | Consumer/research wearable signal layer. 消费级/研究级可穿戴信号层。 | Do not imply medical-grade diagnosis. 不要暗示医疗级诊断。 |
| acoustic probe | 声学探针 | Music, tones, and soundscape as probe inputs. 音乐、音调、声景作为探针输入。 | Do not call it music therapy. 不要称为音乐治疗。 |
| Six-Genre Probe Set | 六类音乐探针集 | Wei Jueran authored acoustic probe family. 魏珏然署名的声学探针家族。 | Not a treatment protocol. 不是治疗承诺。 |
| Brain–Human–Music–Rhythm Interface | 脑机—人机—音乐—节律接口 | V2.4 product-vision hardware interface combining acoustic output, optional head proxy sensing, wrist rhythm proxy sensing, and user-owned reporting. V2.4 产品愿景中的硬件接口，组合声学输出、可选头部代理指标、腕部节律代理指标与用户拥有的报告层。 | Not brain decoding, memory reading, or automatic therapy. 不是脑解码、记忆读取或自动治疗。 |
| AI Headphones | AI 耳机 | Acoustic familiarity delivery layer for generated/selected memory-scene music, spatial sound, rhythm anchors, and return sequences. 声学熟悉感输出层，用于生成/选择回忆场景音乐、空间声音、节律锚点与返回序列。 | Do not claim guaranteed memory recovery or medical treatment. 不要声称保证恢复记忆或提供医疗治疗。 |
| Head Patch | 头部贴片 | Future lightweight head-based proxy interface for attention, arousal, and listening-state indicators. 未来轻量头部代理指标接口，用于注意、唤醒与聆听状态指标。 | Does not read memories, thoughts, or true emotion. 不读取记忆、思想或真实情绪。 |
| Wristband | 腕环 | Body-rhythm proxy layer for optional HRV, EDA, temperature, motion, and breathing-related indicators. 身体节律代理层，用于可选 HRV、EDA、皮温、运动与呼吸相关指标。 | Not a diagnostic device or emotional judge. 不是诊断设备，也不是情绪裁判。 |
| Scene-to-Sound Memory Return | 回忆场景—声音回返 | A scene-first generation pathway: the user starts from a memory scene rather than a known song title. 以场景为起点的生成路径：用户从回忆场景开始，而不是从已知歌名开始。 | Not factual reconstruction of the past. 不是对过去事实的复原。 |
| Acoustic Familiarity Memory Return | 声学熟悉感记忆回返 | Research branch testing whether AI-generated or AI-selected acoustic familiarity cues support user-reported autobiographical recall. 研究 AI 生成或选择的声学熟悉感线索是否支持用户报告自传式回忆的分支。 | Supports recall reports; does not verify memory truth. 支持回忆报告，但不验证记忆真伪。 |
| Familiarity-before-Recall | 回忆前熟悉感 | A measurable pre-retrieval threshold in which a cue feels personally familiar before a memory is named. 一种可测的提取前阈值：线索先产生私人熟悉感，记忆尚未被命名。 | Familiarity is not factual accuracy. 熟悉感不等于事实准确性。 |
| Familiarity Cue Generator | 熟悉感线索生成器 | Generates or selects acoustic cues from user-approved life-period, scene, preference, and prior alignment data. 根据用户批准的生命阶段、场景、偏好与既有对齐数据生成或选择声学线索。 | Not a hidden manipulator of memory. 不是隐藏式记忆操控器。 |
| Autobiographical Recall Probe | 自传式回忆探针 | Tests whether a cue is associated with user-reported familiarity, fragments, bodily memory, warmth, or event recall. 测试线索是否与用户报告的熟悉感、片段、身体记忆、温暖感或事件回忆相关。 | Not proof that an event occurred. 不是事件确实发生过的证明。 |
| Memory Return Report | 记忆回返报告 | User-editable report returning cue features, familiarity rating, proxy indicators, memory notes, confidence, and renaming. 用户可修改报告，返回线索特征、熟悉感评分、代理指标、记忆笔记、置信度与重新命名。 | Not a verified memory record. 不是经验证的记忆档案。 |
| Anti-suggestion Guardrail | 反暗示护栏 | Prompt and interface rules that avoid leading questions, certainty language, and AI over-interpretation. 避免诱导问题、确定性措辞与 AI 过度解释的提示语与界面规则。 | Do not lead the user toward a specific memory. 不要把用户引向某个特定记忆。 |
| Reflexive Musicology public-facing alias: Illuminative / Being-Seen Musicology | 返身音乐学 “照见音乐学”仅作为公众/诗性别名 | Upstream acoustic-theory layer explaining why music can function as a reflexive probe. 上游声学理论层，用来说明为什么音乐可以作为返身探针。 | Not medical evidence; not a therapy discipline. 不是医疗证据，也不是治疗学科。 |
| Iterative Reflexive Listening | 迭代返身聆听 | Repeated use of the same track as a stable acoustic probe across time. 把同一首歌作为稳定声学探针，在不同时间点重复聆听。 | Do not frame it as the song preserving a fixed self. 不要写成音乐保存一个固定的自我。 |
| stable acoustic probe | 稳定声学探针 | A repeated sound object used to make temporal self-difference visible. 用于显影时间中自我差异的重复声音对象。 | Not a universal stimulus with fixed effects. 不是具有固定效果的普适刺激。 |
| reflexive alignment report | 返身对齐报告 | A reflection report that compares repeated listening encounters and returns the change map to the user. 比较多次聆听相遇，并把变化地图交还给用户的反思报告。 | Not an affective diagnosis or automatic interpretation. 不是情绪诊断，也不是自动解释。 |
| reflection report | 反思报告 | User-editable, non-diagnostic summary. 可由用户修改的非诊断摘要。 | Not a diagnostic report. 不是诊断报告。 |
| user-owned alignment map | 用户拥有的对齐地图 | The map belongs to the user and can be edited/rejected. 地图属于用户，可被修改或拒绝。 | Do not make AI the final interpreter. 不要让 AI 成为最终解释者。 |
| interpretive authority | 解释权 | User's final authority over meaning. 用户对意义的最终裁定权。 | Do not outsource it to signal, hardware, or AI. 不要外包给信号、硬件或 AI。 |
| data vault | 数据保险库 | User-held, exportable, revocable record layer. 用户持有、可导出、可撤回的记录层。 | Not a surveillance archive. 不是监控档案库。 |
| crisis referral | 危机转介 | Redirect to real human/emergency support when needed. 必要时转向真实人员或紧急支持。 | Not autonomous crisis intervention. 不是自主危机干预。 |
CLAIM LOCK
BCI-HRP maps alignment; it does not diagnose emotion.
BCI-HRP 映射对齐，不诊断情绪。
HARDWARE LOCK
Existing wearables are enough for MVP; custom hardware is not required.
MVP 使用现成可穿戴即可，不要求自研硬件。
AI LOCK
AI organizes records and proposes reflection; the user remains final interpreter.
AI 整理记录并提出反思；用户始终是最终解释者。
19 // SYSTEM LINEAGE A // BCI MAIN SITE → BCI-HRP
What survives the transfer: meaning-return, subject authority, QDR, QRM, and probe-based alignment mapping.
从 BCI 主站转入 BCI-HRP V2.4 的，是意义返回、主体权、QDR、QRM 与基于探针的对齐映射。
The old BCI main site contains several valuable system organs. In this BCI-HRP V2.4 version, they are integrated without reopening the old risk: no mind-reading claim, no custom-hardware dependency, no universal music-effect claim, and no medical framing.
BCI 主站里有很多有价值的系统器官。现在把它们整合进 BCI-HRP V2.4，但不重新打开旧风险：不写读心、不依赖自研硬件、不声称普适音乐效果、不进入医疗叙事。
Lineage sections are kept as compressed system background; the lab-facing core remains the MVP, research questions, safety boundaries, and evidence logic.
系统谱系部分仅作为压缩背景保留；面向实验室的核心仍然是 MVP、研究问题、安全边界与证据逻辑。
DIMENSIONAL SOVEREIGNTY // SUBJECT AUTHORITY
信号不能凌驾于主体，硬件不能消解人，AI 不能替代用户的解释权。
Signals cannot outrank the subject. Hardware cannot erase the human. AI cannot replace the user's interpretive authority.
NOT UPLOADING, BUT RETURN // 不是上传，而是回归
BCI should not stop at signal decoding. It must return meaning to the human.
BCI 不应止步于信号解码。它必须把意义还给人。
Current BCI research often sees the signal but misses meaning. It tries to decode neural activity with precision, yet can forget that under electrochemical pulses there is a human who longs for love, fears erasure, and searches for meaning. HRP recalibrates from that dislocation: not mind-reading, but meaning-returning; not uploading, but returning.
当前 BCI 研究常常看见信号，却忽视意义；它试图精密解码神经活动，却可能遗忘电化学脉冲之下，是一个渴望爱、惧怕湮灭、寻求意义的人。HRP 从这个错位处重新校准：不是读心，而是意义返回；不是上传，而是回归。
Not mind-reading → meaning-returning
Not uploading → returning
不是读取思想 → 而是返回意义
不是上传 → 而是回归
Not uploading → returning
不是读取思想 → 而是返回意义
不是上传 → 而是回归
TRANSFER AUDIT // 转入审计
Neural Cuff language
Old custom-cuff imagery becomes optional/future device language. MVP uses existing wearables and software.
旧的自研袖环意象转译为可选/远期设备语言。MVP 使用现成可穿戴与软件。
Six genres
Six genres are Probe Set / research hypothesis layer, not protocol, treatment claim, or homepage hook.
六类音乐是 Probe Set / 研究假设层，不是治疗承诺、协议承诺或首页钩子。
20 // SYSTEM LINEAGE B // METALOGIC ROOT · QRM DISCIPLINE · QDR OPERATION
MetaLogic is the method root. QRM is the discipline. QDR is the operating layer.
MetaLogic 是方法根。QRM 是母学科。QDR 是操作层。
This is the strongest theoretical content from the BCI main site. BCI-HRP should not appear as an isolated product idea. It belongs to the same system ecology: language generates logic, logic generates measurable structure, and measurable structure returns interpretive authority to the user.
这是 BCI 主站最值得并入的理论内容。BCI-HRP 不应像一个孤立产品点子；它属于同一个系统生态：语言生成逻辑，逻辑生成可测结构，可测结构再把解释权还给用户。
MetaLogic
元逻辑生成学
Explains how language, body, symbols, relation, and rhythm reorganize reality-feeling.
解释语言、身体、符号、关系与节律如何重组现实感。
→
QualiaRhythmMatrix
感质-节律-意识学
Frames consciousness as a dynamic center generated by vibration, qualia, rhythm, language, and feedback.
把意识理解为由振动、感质、节律、语言与反馈生成的动态中心。
→
QDR Reflection
QDR 反思层
Turns body-awareness/probe records into non-diagnostic reflection reports and prediction tests.
把身体—觉察/探针记录转化为非诊断反思报告与预测力测试。
MetaLogic → QualiaRhythmMatrix → HRP / QDR Reflection → User-owned alignment map
元逻辑生成学 → 感质-节律-意识学 → HRP / QDR 反思 → 用户拥有的对齐地图
元逻辑生成学 → 感质-节律-意识学 → HRP / QDR 反思 → 用户拥有的对齐地图
GENERATIVE CHAIN // 生成链
Vibration → Qualia → Rhythm → Language → Logic → Structure → Protocol → System → Reality → Feedback
振动 → 感质 → 节律 → 语言 → 逻辑 → 结构 → 协议 → 系统 → 现实 → 反馈
BCI-HRP operationalizes the rhythm-language-protocol-system-feedback portion of this chain. The key move is not “detecting consciousness”; it is measuring alignment and returning the map without stealing the user’s interpretation.
BCI-HRP 操作化的是这条链上的节律—语言—协议—系统—反馈段。关键不是“检测意识”，而是测量对齐，并在不偷走用户解释权的前提下把地图返回。
21 // DUAL-INTELLIGENCE INTERFACE // 双层智能接口
HRP is not AI supporting the human. It is a negotiated interface between two intelligences.
HRP 不是 AI 单向支持人，而是两种智能在接口中协商。
The human remains the active subject: sensing, choosing, refusing, naming, and correcting. The AI/QDR layer can organize records, surface differences, generate reflection prompts, and export reports. Its output is always a proposal, never a command.
人始终是主动主体：感知、选择、拒绝、命名、修正。AI/QDR 层可以整理记录、显影差异、生成反思提示、导出报告。它的输出永远是建议，不是命令。
01 // HUMAN INTELLIGENCE
The user holds final interpretation.
用户持有最终解释权。
The user names the felt texture, decides whether a pattern is meaningful, and can edit, refuse, or delete any generated reflection.
用户命名感受质地，决定模式是否有意义，并可编辑、拒绝或删除任何生成反思。
02 // AI / QDR REFLECTION
The system organizes, not diagnoses.
系统负责整理，不负责诊断。
The system compares records, asks open questions, prepares a report, and helps the user test future self-prediction.
系统比较记录、提出开放问题、准备报告，并帮助用户测试未来自我预测力。
INTERFACE RULE
Physiological data are mirrors, not judges.
生理数据是镜子，不是法官。
Any output must remain exit-able, adjustable, user-correctable, and explicitly non-diagnostic. This is the interface version of the subject-sovereignty rule.
所有输出必须可退出、可调节、可由用户修正，并明确非诊断。这是主体主权原则在界面层的版本。
22 // LAB MEETING DELIVERABLES // MEETING-READY PACKAGE
Bring the lab a clean package, not an infinite universe.
给实验室一个干净合作包，而不是无限宇宙。
01
One-page brief
一页简介
Definition, MVP, lab ask, research questions, boundary statements.
定义、MVP、合作请求、研究问题、边界声明。
02
Clickable prototype
可点击原型
Software flow: record → selected probe → side-by-side map → reflection report.
软件流程：记录 → 所选探针 → 并排地图 → 反思报告。
03
Micro-pilot CSV
微型试验 CSV
A few rows showing operationalized data, not proof.
几行操作化数据，显示结构清楚，不假装已证明。
04
Boundary sheet
边界表
No diagnosis, no medical promise, no dream control, user correction always.
不诊断、不医疗承诺、不控制梦境、始终允许用户修正。
05
Study proposal
研究计划
2–4 week feasibility test and later lab validation branch.
2–4 周可行性测试，以及后续实验室验证分支。
06
Collaboration ask
合作请求
Participant recruitment, sensors, causal evaluation, signal processing, ethics.
样本招募、传感器、因果评估、信号处理、伦理。
FINAL POSITIONING // 最终定位
BCI-HRP is not a wellness app, not a music therapy app, not a neural decoding project, and not AI correcting the human on the user’s behalf. It is a user-owned Brain–Human–Music–Rhythm Interface for body–awareness alignment and acoustic familiarity memory return. Reflexive Musicology supplies the acoustic-theory layer; iterative listening supplies the temporal method; AI headphones, head patch, and wristband supply the future hardware interface; BCI-HRP supplies the record, report, prediction, and lab-validation structure.
BCI-HRP 不是普通身心健康 App，不是音乐治疗 App，不是神经解码项目，也不是让 AI 替人完成自我修正。它是一个由用户拥有的脑机—人机—音乐—节律接口，用于身体—觉察对齐与声学熟悉感记忆回返。返身音乐学提供声学理论层；迭代返身聆听提供时间方法；AI 耳机、头部贴片与腕环提供未来硬件接口；BCI-HRP 提供记录、报告、预测与实验室验证结构。