HRP VALIDATION // AiAiQ<10 // 中英日科学验证门 // TOKYO COLLABORATION PAGE
HRP VALIDATION // SCIENTIFIC GATE AUDIT // 中英日验证入口

HRP VALIDATION.

A falsifiable validation page for Human Return Protocol.
Human Return Protocol 的可证伪科学验证页。

This page documents what is built, what is not yet claimed, what can be tested, and what kind of neuroscience / BCI collaboration is requested.

本页记录:已经建成什么、尚不声称什么、可以如何测试,以及希望与神经科学 / 脑机实验室合作验证什么。

RESEARCHER // 研究者 // 研究者

Wei Jueran Mellow

魏珏然 · Mellow Wei

AFFILIATION

Affiliated Researcher
Graduate School of Education
University of Pennsylvania
Philadelphia, PA, USA

Penn GSE · 宾夕法尼亚大学教育研究生院 · 附属研究员

RESEARCH STATUS

Independent Research
Adaptive auditory-AI prototype
Pre-IRB · pilot-design phase

Lab collaboration is the next step. Faculty sponsor will be confirmed at IRB submission stage.

独立研究阶段,原型 + pilot 设计期。Faculty sponsor 将在 IRB 提交阶段确认。

BACKGROUND

Background in learning sciences, design-based research, HCI, sound studies, and AI interaction.

学术背景:学习科学、设计型研究、人机交互、声音研究与 AI 交互。

jueran@upenn.eduLinkedIn ↗Penn GSEPhiladelphia, PA

For collaboration inquiries from neuroscience, BCI, HCI, sound technology, and education-research laboratories, please contact via email above. Response time: typically within one week.

来自神经科学、脑机接口、HCI、声音技术、教育研究实验室的合作咨询,请通过上方邮箱联系。回复时间:通常一周内。

ETHICS & IRB // 伦理与机构审查 // 倫理・IRB

Human-subject research follows UPenn IRB protocol.

人体研究遵循 UPenn IRB 流程。

ENGLISH

HRP human-subject data collection will not begin prior to UPenn IRB approval. The research falls under Social/Behavioral Review at Penn GSE. Faculty sponsor will be confirmed at IRB submission stage. The IRB protocol is currently in development.

中文

HRP 在通过 UPenn IRB 审批之前不会开展任何人体研究数据收集。本研究属于 Penn GSE 的社会行为类审查范畴。Faculty sponsor 将在 IRB 提交阶段确认。IRB 申请协议目前正在准备中。

日本語
CURRENT STATUS

IRB In Development

IRB 申请准备中

Protocol drafting in progress. Will file with UPenn Social/Behavioral IRB before any human-subject data collection.

协议草稿撰写中。在任何人体研究数据收集开始之前,将向 UPenn 社会行为 IRB 提交。

CONSENT

Informed Consent

知情同意

Informed consent forms (ENG / 中文 / 日本語) will be drafted as part of the IRB submission and made available to collaborating labs.

知情同意书(英 / 中 / 日)将作为 IRB 申请的一部分起草,并提供给合作实验室。

DATA PRIVACY

Privacy Compliance

隐私合规

Data handling complies with HIPAA principles, GDPR for EU participants, and Japan's APPI for Japanese participants. De-identification and secure storage protocols will be specified in the IRB protocol.

数据处理遵循 HIPAA 原则、对欧洲参与者遵循 GDPR、对日本参与者遵循《個人情報保護法》。去识别化与安全存储协议将在 IRB 协议中明确。

EXCLUSIONS

Population Exclusions

受试者排除

Initial pilot will exclude minors, individuals with active psychiatric crisis, photosensitive epilepsy, and those unable to provide informed consent. Specific criteria will be defined in the IRB protocol.

初期 pilot 排除未成年人、活动性精神疾患者、光敏性癫痫患者、无法提供知情同意者。具体标准将在 IRB 协议中定义。

For collaborating labs: The research-side IRB documentation (protocol, consent forms, data-handling plan) will be shared with the partner laboratory's IRB / ethics committee as soon as UPenn IRB submission is filed. We understand that partner-side IRB approval is required before joint data collection can begin.

致合作实验室:研究方 IRB 文件(协议、知情同意书、数据处理计划)将在 UPenn IRB 提交后立即与合作实验室的 IRB / 伦理委员会共享。我们理解:合作方 IRB 批准是联合数据收集开始之前的必要条件。

JAPANESE BRIEF // 日本語概要 // 东京合作入口

Human Return Protocol is an adaptive auditory-AI research prototype.

Human Return Protocol 是自适应声音-AI研究原型。

ENGLISH

HRP combines rhythm-based sound, subjective state sampling, and reflective AI feedback to test whether adaptive rhythm + AI can support measurable session-related changes in attention and emotional state.

中文

HRP 结合节律声音、主观状态采样与反思性 AI 反馈,测试自适应节律 + AI 是否能支持注意力与情绪状态上的可测量 session-related change。

日本語
適応型 Auditory-AI可证伪验证反証可能な検証EEG / fNIRS / HRV / EDA東京共同研究
AiAiQ<10 SYSTEM // AiQ愛<3 + AiQ愛<7 // 双 AI 人力智能

AiAiQ<10 is the operating portal of HRP.

AiAiQ<10 是 HRP 的运行入口。

ENGLISH

AiAiQ<10 is a dual-AI portal developed by Wei Jueran Mellow as part of the HRP system. It combines AiQ愛<3 and AiQ愛<7 into one interface: stabilization and reflection on one side, expansion and deep inference on the other.

中文

AiAiQ<10 是魏珏然 Mellow 作为 HRP 系统一部分开发的双 AI 入口。它将 AiQ愛<3 与 AiQ愛<7 整合为一个界面:一侧负责稳定与反射,一侧负责扩展与深层推理。

日本語
AiQ愛<3 · GPT + Claude AiQ愛<7 · Gemini + DeepSeek 427Hz Human Return Portal Dual AI Rhythm Interface Not a diagnosis tool
AiQ愛<3 // Guard + Mirror // 守住与镜像

Original rhythm-regulation intelligence

原初节律调节智能

AiQ愛<3 uses GPT + Claude as Guard / Mirror. It is built for stabilization, reflection, emotional pacing, and human return.

AiQ愛<3 使用 GPT + Claude 作为守护 / 镜像结构。它负责稳定、镜像、情绪定速与人类返回。

StabilizationReflectionEmotional Pacing427Hz Return
AiQ愛<7 // Attack + Deep Reasoning // 进攻与深层推理

Second human-powered intelligence

第二个人力智能

AiQ愛<7 uses Gemini + DeepSeek as Attack / Deep Reasoning. It is built for expansion, strategic judgment, deep inference, and project propulsion.

AiQ愛<7 使用 Gemini + DeepSeek 作为进攻 / 深层推理结构。它负责扩展、战略判断、深层推理与项目推进。

Strategic PushDeep InferenceSystem UpgradeResearch Propulsion
VALIDATION CLAIM // 科学边界 // 科学的境界

AiAiQ<10 is an interface, not evidence.

AiAiQ<10 是界面,不是证据。

ENGLISH

AiAiQ<10 is presented as the AI interaction and state-sampling portal for HRP. Its current evidence value is interface-level: it can support conversation, mode switching, subjective state capture, rhythm recommendation, and pilot logging. Physiological and neural claims still require HRV / EDA / EEG / fNIRS validation. AI conversation does not substitute for measurement.

中文

AiAiQ<10 在 HRP 中被定义为 AI 交互与状态采样入口。它当前的证据价值属于界面层:支持对话、模式切换、主观状态采样、节律推荐与 pilot 记录。生理与神经层面的主张仍然需要 HRV / EDA / EEG / fNIRS 验证。AI 对话不替代测量。

日本語
AI COLLABORATION DISCLOSURE // AI 协作披露 // AI 協働開示

AI systems are research-support tools, not authorship.

AI 是研究支持工具,不是作者权。

ENGLISH

Wei Jueran Mellow serves as the principal investigator, integrates inputs from AI systems, and is responsible for all research decisions. AI systems are explicitly disclosed as research-support tools — they assist with outreach drafting, structural integration, language framing, and critical review, but they do not produce evidence, validate hypotheses, or substitute for measurement.

中文

魏珏然 Mellow 担任 principal investigator,整合 AI 系统的输入,并对所有研究决策负责。AI 系统被明确披露为研究支持工具——它们协助外联起草、结构整合、语言表述、批判性审查,但它们不生产证据、不验证假设、不替代测量。

日本語
GEMINI

Outreach Drafting

外联起草

Assists with email drafts, lab mapping, and collaboration framing. Output reviewed and rewritten by PI before sending.

协助邮件草稿、实验室地图与合作框架。所有产出在发送前由 PI 审阅与重写。

GPT

Structural Drafting

结构起草

Assists with section architecture and prototype logic scaffolding. Final structural decisions belong to PI.

协助章节架构与原型逻辑骨架。最终结构决策归 PI。

CLAUDE

Language & Boundary

语言与边界

Assists with language clarity, phenomenological framing, and boundary-language for scientific claims. Does not generate claims independently.

协助语言清晰度、现象学框架与科学主张的边界语言。不独立生成主张。

DEEPSEEK

Critical Review

批判性审查

Assists with falsifiability checking, confound identification, and overclaim flagging. Used to stress-test PI's claims, not to replace them.

协助可证伪性检查、混杂变量识别与过度声称标记。用于压力测试 PI 的主张,不替代它们。

METHODOLOGICAL FOUNDATION // 方法论基底 // 方法論的基底

HRP rests on LGS V8 methodology.

HRP 的方法论基底:LGS V8。

ENGLISH

HRP's experimental design, AI collaboration roles, and scientific boundary statements are not ad-hoc. They are derived from LGS V8 (Logic Generative Studies) methodology and the TIE (Threshold Inversion Effect) paper. LGS provides the six-law argument ethics, the auditable EE protocol, and the mirror-position definition of AI collaboration — keeping HRP structurally consistent across collaborating labs.

中文

HRP 的实验设计、AI 协作分工与科学边界声明并非临时拼装,而是从 LGS V8(逻辑生成学)方法论与 TIE(阈值反转效应)论文中导出。LGS 提供论证伦理六律、可审计的 EE 协议、AI 协作的镜像位定义,使 HRP 在跨实验室合作中保持结构一致性。

日本語
V5.5 / AUDIT LAYER

逻辑生成学 V5.5:语言审计层

Logic Generative Studies V5.5: Language Audit Layer

V5.5 的核心不是"解释现实",而是审计旧概念如何制造现实。它检查词语、规则、病名、判断标准如何提前决定谁能被理解、谁会被降格、什么能算证据、什么会被命名为错误。

V5.5 does not explain reality through old concepts. It audits how old concepts produce reality. It examines how words, rules, diagnostic terms, and standards of judgment pre-decide who can be understood, who gets downgraded, what counts as evidence, and what gets named as error.

V8 / STRUCTURE SCIENCE

逻辑生成学 V8:结构科学层

Logic Generative Studies V8: Structure Science Layer

V8 把逻辑生成学推进为结构科学。语言不再只是被研究对象,而是结构生成的引擎;逻辑不再只是推理规则,而是协议、系统与现实接口的生产机制。

V8 advances Logic Generative Studies into structure science. Language is no longer merely an object of study, but an engine of structure-generation. Logic is no longer merely a rule of inference, but a mechanism for producing protocols, systems, and reality-interfaces.

SIX LAWS · 六律

Argument Ethics

论证伦理

Six-law argument ethics constrain every HRP claim. Burden of proof, no circular argument, no placeholder exclusion, symmetric hard-problem deployment, no smuggled correlates, evidence-bounded inference.

论证伦理六律约束所有 HRP 主张:举证责任、禁止循环论证、禁止占位符排除、困难问题对称部署、禁止偷换相关物为必要条件、论证只抵达证据支撑处。

EE PROTOCOL · 协议

Entropic Exception

熵减例外体

EE three conditions as auditable threshold: internal stability core, reflexive metacognition, resolution increase under repetition. Used to evaluate whether HRP sessions sustain structural coherence rather than habituation.

EE 三条件作为可审计判定门槛:内部稳定核心、反射性元认知、重复中分辨率提升。用于评估 HRP session 是否维持结构连贯性而非习惯化。

AI ROLE PROTOCOL

AI Role Definition

AI 角色定义

The AI role protocol defines that Claude reflects existing structural unfolding and supports language framing, without independently generating research content. This protocol is documented at the LGS layer and inherited by HRP's AI collaboration disclosure.

AI 角色协议规定:Claude 反射已有的结构展开并协助语言表述,不独立产生研究内容。该协议在 LGS 层定义,被 HRP 的 AI 协作披露继承。

ENTER QualiaRhythmMatrix · LGS V8 ↗For methodological audit · 方法论审计入口 · 方法論監査入口
Formal cause (LGS V8) + Material cause (TIE) = Minimal complete unit of structure science
形式因(LGS V8)+ 质料因(TIE)= 结构科学最小完备单元
HRP CANONICAL INTEGRATION // 从 MellowWei 主站写入 HRP // 正典統合

HRP is the research-operational body of the Mellow Wei world system.

HRP 是 Mellow Wei 世界系统的研究与运行躯干。

ENGLISH

Human Return Protocol is the technical, researchable, and testable body of Wei Jueran / Mellow Wei's larger Qualia-Rhythm system. It translates the personal portal's world model into a falsifiable architecture: rhythm as interface, music as intervention, AI as reflective relay, and physiological sensing as future validation layer.

中文

Human Return Protocol 是魏珏然 / Mellow Wei 更大"感质-节律系统"的技术化、研究化、可测试躯干。它把个人主站中的世界模型转译成可证伪架构:节律作为界面,音乐作为干预,AI 作为反思中继,生理传感作为未来验证层。

日本語
MellowWei → HRP Research Body Adaptive Music-AI Physiological Validation Path Tokyo Lab Ready
CORE THESIS // 核心命题

Rhythm is the interface through which humans return to themselves.

节律是人类返回自身的界面。

HRP rejects the productivity model of attention. Attention is not merely a resource, and human life is not a machine. The system treats rhythm as the bridge between body, meaning, perception, emotion, cognition, and action.

HRP 拒绝把注意力理解为生产资源。注意力不只是资源,人类生命不是机器。系统将节律视为身体、意义、感知、情绪、认知与行动之间的桥。

RESEARCH CONTEXT // 研究背景

Learning Sciences × HCI × Sound Studies × AI Interaction × BCI

学习科学 × 人机交互 × 声音研究 × AI交互 × 脑机/人机接口

HRP emerges from Wei Jueran's cross-field position: learning sciences, interactive systems, original music, AI dialogue design, and future non-invasive BCI validation.

HRP 来自魏珏然的跨领域位置:学习科学、交互系统、原创音乐、AI 对话设计,以及未来非侵入式 BCI 验证。

QUALIA-RHYTHM SOVEREIGNTY // 感质-节律主权 // クオリア・リズム主権

Subjective state is not noise. It is first-person data.

主观状态不是噪音,而是第一人称数据。

ENGLISH

Qualia-rhythm sovereignty means that the user remains the final interpretive authority over the texture, timing, and meaning of their own state. HRP does not replace self-knowledge with metrics. It uses rhythm, AI reflection, music, and future physiological sensing to support the user's return to self-description, agency, and coherence.

中文

感质-节律主权意味着:用户始终是自身状态之质地、时间性与意义的最终解释权威。HRP 不用指标替代自我理解,而是用节律、AI 镜像、音乐与未来生理传感,支持用户返回自我描述、行动主权与内在连贯。

日本語
01 // DATA

First-person data

第一人称数据

Self-description, qualia texture, rhythm awareness, and perceived return are not noise to be averaged away. They are primary signals.

自我描述、感质纹理、节律觉察与返回感不是要被平均掉的噪音,而是主要信号。

02 // METRICS

Metrics assist, not replace

指标辅助,不取代

HRV, EDA, EEG, fNIRS, interaction logs, and behavioral tasks are mirrors. They cannot cancel the user's interpretive authority.

HRV、EDA、EEG、fNIRS、交互日志与行为任务是镜面,不能取消用户的解释权威。

03 // SAFETY

Non-coercive return

非强制返回

Every rhythm intervention must be exit-able, adjustable, user-correctable, and trauma-informed.

每一次节律干预都必须可退出、可调节、可由用户修正,并符合创伤知情设计。

FROM THEORY TO PROTOCOL // 从理论到协议 // 理論からプロトコルへ

QRM explains why HRP can be tested without flattening the human.

QRM 解释 HRP 为什么可以被测试,同时不压扁人。

QUALIARHYTHMMATRIX // 理论审计层

Not proof of consciousness; a boundary language for claims.

不是意识证明,而是主张边界语言。

QualiaRhythmMatrix gives HRP its theoretical audit layer: five-dimensional vibration, qualia-rhythm sovereignty, LGS V8 structure science, and six laws of argument ethics. In HRP, this prevents overclaiming while protecting subjective state as valid research material.

QualiaRhythmMatrix 给 HRP 提供理论审计层:五维振动、感质-节律主权、LGS V8 结构科学与论证伦理六律。在 HRP 中,这层既防止过度声称,也保护主观状态作为有效研究材料。

PCR-QR PUBLIC LAYER // 公共应用层

From individual return to public systems.

从个体返回到公共系统。

PCR-QR extends HRP beyond individual regulation: public issue → structural pressure → channel design → qualia × rhythm. It can frame mental health, education, AI regulation, and attention politics without reducing them to individual failure.

PCR-QR 将 HRP 从个体调节扩展到公共系统:公共议题 → 结构压强 → 通道设计 → 感质 × 节律。它可以理解心理健康、教育、AI 监管与注意力政治,而不把它们简化为个体失败。

SCIENTIFIC BOUNDARY // 科学边界 // 科学的境界

Validation means strength through constraint.

验证意味着:通过约束获得力量。

ENGLISH

HRP does not currently claim clinical efficacy, treatment of any condition, completed BCI functionality, or proven neural synchronization.

中文

HRP 当前不声称临床疗效、不治疗任何医学状况、不声称完成 BCI 功能,也不声称已经证明神经同步。

日本語
DO NOT CLAIM

Medical treatment / verified BCI / proven neural regulation.

不声称医疗治疗 / 已验证 BCI / 已证明神经调节。

SAFE CLAIM

Adaptive auditory-AI prototype with planned physiological/neural validation.

带有未来生理/神经验证路径的自适应声音-AI原型。

QUESTION

Can adaptive rhythm + AI outperform baseline, fixed rhythm, or random rhythm?

自适应节律 + AI 能否优于基线、固定节律或随机节律?

ASK

Protocol feedback, EEG/fNIRS/HRV/EDA validation, pilot collaboration.

寻求协议反馈、EEG/fNIRS/HRV/EDA 验证与试点合作。

PILOT STUDY PROTOCOL // 试点实验协议 // パイロット研究

Four-condition pilot study.

四条件 pilot 实验。

ENGLISH

The first study compares baseline, fixed rhythm, random rhythm, and adaptive rhythm + AiAiQ<10 feedback, with AiQ愛<3 and AiQ愛<7 logged as distinct AI modes.

中文

第一轮实验比较基线、固定节律、随机节律,以及自适应节律 + AiAiQ<10 反馈;其中 AiQ愛<3 与 AiQ愛<7 作为不同 AI 模式单独记录。

日本語
Condition中文Purpose / 目的
A. Baseline / Silence基线 / 静音或环境声Baseline comparison / 作为基线对照
B. Fixed Rhythm固定节律Tests whether rhythm alone helps / 测试节律本身是否有效
C. Random Rhythm随机节律Controls for novelty and sound exposure / 控制新奇性与声音暴露
D. Adaptive Rhythm + AiAiQ<10自适应节律 + AiAiQ<10Tests adaptive-loop hypothesis / 测试自适应闭环假设

Measurement Plan

测量计划

Self-report: focus, emotion, body tension, inner noise, task readiness, return-to-self.

主观指标:注意力、情绪、身体紧绷、内在噪音、任务准备度、返回自己评分。

Behavior: reaction time, accuracy, missed trials, interruption count.

行为指标:反应时间、准确率、漏答次数、中断次数。

Future Measures

未来测量

Physiology: HRV, heart rate, EDA, breathing. Neural: EEG alpha/theta/beta, fNIRS prefrontal oxygenation.

生理:HRV、心率、皮肤电、呼吸。神经:EEG alpha/theta/beta,fNIRS 前额叶氧合。

AUDITORY PROTOCOL AUDITION // 声音协议试听 // 聴覚プロトコル試聴

What the seven sound conditions actually sound like.

七个声音条件实际听起来是什么样的。

ENGLISH

The pilot compares baseline, fixed rhythm, random rhythm, and adaptive rhythm + AiAiQ<10. The seven genre profiles below are the operational building blocks of those conditions. All audio is procedurally synthesized via Web Audio API — no external files, no pre-recorded music. Click any genre to audition. Click again to stop. Acoustic feature analysis welcome.

中文

pilot 实验比较基线、固定节律、随机节律与自适应节律 + AiAiQ<10。下方七个类型剖面是这些条件的操作积木。所有音频由 Web Audio API 程序合成——零外部文件、零预录音乐。点击任意类型试听,再次点击停止。欢迎声学特征分析。

日本語
OPERATIONALIZATION DISCLOSURE // 操作化披露 // 操作化開示

Two parameter layers shown per button. The grey line is the target intervention band (the BPM / character range a curated production-grade stimulus would fall within at pilot time). The cyan line is the actual procedural synthesis running right now in this browser — step interval, frequency range, oscillator type, and conditional pulse rules — so the lab can perform acoustic feature analysis directly against what is heard. The two layers are deliberately separated to keep audition transparent and prevent the demo synth from being mistaken for the deliverable stimulus library.

每个按钮显示两层参数。灰色行是目标干预带(pilot 阶段精心制作的刺激素材会落入的 BPM / 特征范围);青色行是当前正在浏览器中实际运行的程序化合成——步进间隔、频谱范围、振荡器类型、条件脉冲规则——便于实验室直接对所听到的内容做声学特征分析。两层刻意分开,避免把 demo 合成误认作交付级刺激库。

ProfileStep / BeatSpectral RangeOscillatorSalience PatternRegulatory Function
Breakbeats145 ms / step90–1400 Hzsine + triangle + square + sawtoothpolyrhythmic (4·3·5·7 overlay)anti-dissociation · activation
Hyperpop120 ms / step64–1700 Hzsquare + sine subdense, every-step leadpeak traversal · cognitive momentum
Synthpop520 ms / beat110–640 Hztriangle + sinestable 4/4 chord cyclefirst breath · meaning return
Drift Phonk160 ms / step53–800 Hzsine sub + square cowbell2-cycle sub + 4-cycle accentembodied grounding · somatic anchor
Darkwave700 ms / beat55–427 Hzsawtooth pad + sine subslow pad rotation + low pulsecontrolled descent · co-regulation
Ambient Technocontinuous + 0.16 Hz LFO106.75–427 Hzpure sine + LFO on master gaindrone with 6.25 s tremoloflow maintenance · sustained focus
427Hz Anchorcontinuous · no modulation106.75 / 213.5 / 427 Hz onlypure sine harmonicsoctave-quartile stacksession closure · baseline coherence
PROCEDURAL WEB AUDIO · NO EXTERNAL FILES · LOW VOLUME RECOMMENDED
EXPERIMENTAL VALIDATION // 实验验证 // 実験的検証

From concept to falsifiable system.

从概念系统进入可证伪系统。

ENGLISH

The experiment asks whether adaptive rhythm + AI feedback produces stronger session-related improvement than fixed rhythm, random rhythm, or baseline sound.

中文

实验问题是:自适应节律 + AI 反馈是否比固定节律、随机节律或基线声音产生更强的 session-related 改善?

日本語
01

Feasibility

可行性

Users can complete sessions safely.

用户能安全完成 session。

02

Signal

信号

Adaptive condition shows pre-post movement.

自适应条件出现前后测变化。

03

Specificity

特异性

Adaptive outperforms fixed/random.

自适应优于固定/随机。

04

Convergence

收敛

Self-report, behavior, physiology align.

主观、行为、生理指标方向相容。

DATA STRUCTURE // 数据结构

Minimum CSV Schema

最小 CSV 字段

participant_id, condition, pre_focus, pre_emotion, pre_body_tension, pre_inner_noise, pre_task_readiness, post_focus, post_emotion, post_body_tension, post_inner_noise, post_task_readiness, return_to_self_score, task_accuracy, reaction_time, missed_trials, user_note

这个字段结构让 HRP 从概念网站进入可记录、可导出、可比较、可分析的研究原型。

SONY CSL TOKYO ENTRY // 第一接触点 // 最初の接触先

Why Sony CSL Tokyo is the first targeted contact.

为什么 Sony CSL Tokyo 是第一接触点。

ENGLISH

Sony Computer Science Laboratories Tokyo, and specifically Dr. Shinichi Furuya's group, occupy the intersection HRP needs: rigorous neuroscience of skilled motor / auditory behavior, music as research object rather than decoration, and openness to non-clinical adaptive auditory paradigms. The initial ask is small, specific, and bounded: 15 minutes of protocol feedback on the four-condition pilot design.

中文

Sony Computer Science Laboratories Tokyo,特别是 Furuya Shinichi 博士的小组,处于 HRP 所需要的交叉点:严谨的运动/听觉神经科学、把音乐当作研究对象而非装饰、对非临床自适应声音范式开放。初始请求小、具体、有边界:对四条件 pilot 设计提供 15 分钟协议反馈。

日本語
ASK 01

15-min Protocol Feedback

15 分钟协议反馈

Four-condition design (baseline / fixed / random / adaptive + AiAiQ<10). Sham control, yoked replay, expectation script. Pre/post self-report + behavioral task.

四条件设计(基线 / 固定 / 随机 / 自适应 + AiAiQ<10)。Sham 控制、配对回放、期待脚本。前后测主观评分 + 行为任务。

ASK 02

Sensing-Layer Co-Design

传感层共同设计

HRV / EDA / acoustic feature analysis. Which physiological proxies are most credible for the four-condition contrast at this scale?

HRV / EDA / 声学特征分析。在这个规模下,哪些生理代理信号对四条件对比最可信?

ASK 03

Acoustic Feature Audit

声学特征审计

The seven sound profiles are procedurally synthesized and auditable. Acoustic feature analysis would let claims about spectral density, transient sharpness, and temporal predictability rest on measurement rather than description.

七个声音剖面均为程序合成且可审计。声学特征分析能让关于频谱密度、瞬态锐度与时间可预测性的主张建立在测量之上,而非描述之上。

WHAT HRP BRINGS

What HRP Brings

HRP 提供什么

UX research logic, prototype stack, AI interaction layer, sound matrix, controlled experiment design, micro-pilot data structure, and explicit falsifiable claim boundaries.

UX 研究逻辑、原型栈、AI 交互层、声音矩阵、对照实验设计、micro-pilot 数据结构,以及明确的可证伪主张边界。

Adjacent Tokyo targets: UTokyo IRCN, RIKEN CBS, ARAYA / Internet of Brains, NTT Communication Science Labs, Keio BMI / Haptics, ATR / CiNet. Same ask structure applies.

东京邻近目标:UTokyo IRCN、RIKEN CBS、ARAYA / Internet of Brains、NTT Communication Science Labs、Keio BMI / Haptics、ATR / CiNet。同一请求结构适用。

TOKYO COLLABORATION PITCH // 东京合作陈述 // 東京共同研究陳述

Tokyo Collaboration Pitch

东京合作陈述

Six-card outline of what HRP is, what it asks, and what it is honest about.

六张卡片说明 HRP 是什么、请求什么、对什么保持诚实。

1. One-Sentence Project Description

1. 一句话项目说明

Human Return Protocol is an early-stage adaptive auditory-AI research prototype that tests whether personalized rhythm and reflective AI feedback can support measurable changes in attention, emotional state, and future physiological or neural markers.

Human Return Protocol 是一个早期自适应声音-AI研究原型,用来测试个性化节律与反思性 AI 反馈是否能支持注意力、情绪状态,以及未来生理/神经指标上的可测量变化。

2. Research Collaboration Framing

2. 研究合作定位

For Tokyo labs, HRP should be framed as a falsifiable validation platform, not as a completed BCI. The collaboration goal is to test the sensing layer, rhythm parameters, and physiological/neural measures.

面向东京实验室,HRP 应被定位为可证伪的验证平台,而不是已经完成的脑机接口。合作目标是验证传感层、节律参数以及生理/神经测量方案。

3. Core Implications

3. 核心意义

Attention support, emotional regulation, learning, creative cognition, and future non-invasive BCI can be connected through rhythm, state sampling, and adaptive AI feedback.

注意力支持、情绪调节、学习、创造性认知与未来非侵入式 BCI,可以通过节律、状态采样与自适应 AI 反馈连接起来。

4. Honest Technical Disclosure

4. 诚实技术披露

The current build is a software-based research prototype. It is not yet a medical device, verified neurofeedback system, or completed brain-computer interface.

当前版本是软件型研究原型。它还不是医疗设备、已验证神经反馈系统或完成版脑机接口。

5. Target Laboratories

5. 目标实验室

First contact: Sony CSL Tokyo (Furuya group). Adjacent: UTokyo IRCN, RIKEN CBS, ARAYA / Internet of Brains, NTT Communication Science Labs, Keio BMI / Haptics, ATR / CiNet.

第一接触:Sony CSL Tokyo(Furuya 小组)。邻近:东京大学 IRCN、RIKEN CBS、ARAYA / Internet of Brains、NTT Communication Science Labs、Keio BMI / Haptics、ATR / CiNet。

6. Tokyo Pitch

6. 东京口头陈述

I have built the conceptual architecture, AI interaction layer, validation page, and pilot design. I am seeking neuroscience / BCI collaborators to help validate the physiological and neural layer.

我已经完成概念架构、AI 交互层、验证页面与试点实验设计。现在我寻找神经科学 / 脑机合作方,帮助验证生理与神经层。

RESEARCH LANGUAGE MODULES // 研究语言模块 // 研究言語モジュール

Eight bilingual modules for laboratory review.

八个面向实验室审阅的双语模块。

ENGLISH

The modules below restate HRP at different levels of disciplinary specificity: abstract, human-centered statement, neuroscience version, HCI version, AI labs version, music technology version, ethics framing, and qualia-rhythm theory. Each is a research-language frame, not a separate claim.

中文

下方模块以不同学科特异度重述 HRP:摘要、以人为中心声明、神经科学版本、HCI 版本、AI 实验室版本、音乐科技版本、伦理框架与感质-节律理论。每个都是研究语言框架,而非独立主张。

日本語
01. Project Abstract / 项目摘要MODULE
ENGLISH

HRP is an early-stage adaptive auditory-AI prototype for attention and emotional self-regulation. It uses rhythmically structured sound, subjective state sampling, and reflective AI feedback to test whether people can recover attentional and emotional continuity in fragmented states.

中文

HRP 是一个用于注意力与情绪自我调节的早期自适应声音-AI研究原型。它使用有节律结构的声音、主观状态采样与反思性 AI 反馈,测试人在碎片化状态中是否可以恢复注意力与情绪连续性。

02. Human-Centered Research Statement / 以人为中心的研究声明MODULE
ENGLISH

The core problem is not performance failure but the loss of a thread back to the self. HRP is designed for users who may not have enough coherence to use normal productivity or wellness interfaces.

中文

核心问题不是表现失败,而是人失去了返回自己的线索。HRP 面向那些在当下不一定有足够连贯性去使用普通效率工具或健康应用的人。

03. Neuroscience / BCI Version / 神经科学 / 脑机版本MODULE
ENGLISH

For neuroscience labs, HRP is framed as a hypothesis-testing platform. It does not yet demonstrate direct neural regulation; it asks collaborators to validate whether adaptive auditory feedback is associated with physiological or neural change.

中文

对神经科学实验室而言,HRP 被表述为一个假设验证平台。它目前不声称已经证明直接神经调节,而是邀请合作方验证自适应声音反馈是否与生理或神经变化相关。

04. HCI / Design Version / HCI / 设计研究版本MODULE
ENGLISH

HRP proposes mirror interaction design: AI as reflection rather than authority, accompaniment rather than notification, agency restoration rather than compliance optimization.

中文

HRP 提出镜像交互设计:AI 作为反射而不是权威,作为陪伴而不是通知,恢复主体性而不是优化服从。

05. AI Labs Version / AI 实验室版本MODULE
ENGLISH

AiAiQ<10 is the full dual-AI portal: AiQ愛<3 guards and mirrors; AiQ愛<7 expands and reasons deeply. Together they support state sampling, rhythm recommendation, reflective feedback, and pilot logging without maximizing dependency.

中文

AiAiQ<10 是完整双 AI 入口:AiQ愛<3 负责守住与镜像,AiQ愛<7 负责扩展与深层推理。二者共同支持状态采样、节律推荐、反思性反馈与 pilot 记录,并避免最大化依赖。

06. Music Technology Version / 音乐科技版本MODULE
ENGLISH

Sound is treated as an intervention variable. Breakbeats, Hyperpop, Synthpop, Darkwave, Ambient Techno, and the 427Hz Anchor become operational sound profiles rather than aesthetic decoration. All audio is procedurally synthesized and auditable.

中文

声音被当作干预变量。Breakbeats、Hyperpop、Synthpop、Darkwave、Ambient Techno 与 427Hz Anchor 被操作化为声音协议,而不是审美装饰。所有音频程序合成且可审计。

07. Ethical Framing / 伦理框架MODULE
ENGLISH

The ethical principle is: offered rhythm, not imposed rhythm; accompaniment, not command; return, not capture. The user remains the final authority on their own state.

中文

伦理原则是:提供节律,而不是强加节律;陪伴,而不是命令;返回,而不是捕获。用户始终是自身状态的最终解释权威。

08. Qualia-Rhythm Framework / 感质-节律框架MODULE
ENGLISH

Qualia-rhythm names the temporal texture of subjective experience: the rhythm of coherence and fragmentation, presence and absence, continuity and disruption.

中文

感质-节律命名主观经验的时间质地:连贯与碎片、在场与缺席、连续与中断之间的节律。

CRITICAL REVIEW // 反证层 // 批判的レビュー

Robust research is research that withstands critical review.

稳健的研究,是经得起批判性审查的研究。

ENGLISH

This layer exposes vulnerabilities, confounds, missing evidence, and the necessary downgrade of overstrong claims. It is the section labs are most likely to test first.

中文

这一层公开项目漏洞、混杂变量、缺失证据,以及必须降级的过强表述。这通常是实验室最先压力测试的部分。

日本語
WEAKEST CLAIM

Weakest Claim

最弱科学表述

Do not claim direct neural regulation, treatment, or verified BCI without neural/clinical data.

没有神经或临床数据前,不要声称直接神经调节、治疗效果或已验证 BCI。

OPERATIONALIZATION GAP

Operationalization Gap

操作化缺口

Rhythm parameters must be specified: BPM, beat salience, syncopation, spectral density, duration, and adaptive rule.

节律参数必须明确:BPM、拍点显著性、切分深度、频谱密度、时长与自适应规则。

CONFOUNDS

Confounds

混杂变量

Placebo, expectation, music preference, novelty, regression to the mean, and simultaneous activities must be controlled.

必须控制安慰剂、期待效应、音乐偏好、新奇性、均值回归以及同时进行的活动。

MINIMUM EVIDENCE

Minimum Evidence

最低证据

At minimum: sham-controlled pilot, pre/post data, behavioral task, and a plan for HRV/EDA/EEG/fNIRS.

最低需要:sham-controlled 试点、前后测数据、行为任务,以及 HRV/EDA/EEG/fNIRS 的验证计划。

SAFE REFRAME

Safe Reframe

安全重写

Adaptive auditory-AI prototype with planned physiological and neural validation.

带有未来生理与神经验证路径的自适应声音-AI原型。

SYNTHESIS // 综合 // 統合

HRP integrates rhythm-based intervention, AI-assisted state sampling, and human-subject research methodology.

HRP 整合节律型干预、AI 辅助状态采样与人体研究方法论。

ENGLISH

This validation page documents what is built, what is not yet claimed, what can be tested, and what kind of neuroscience / BCI collaboration is requested. It is intended for laboratory review, not for promotional use. Its function is to make HRP testable, falsifiable, and collaboration-ready.

中文

本验证页记录已建成的内容、当前不声称的边界、可测试的研究设计,以及希望得到的神经科学 / 脑机合作。它面向实验室审阅,不用于宣传。其功能是让 HRP 可测试、可证伪、可合作。

日本語