# Satoshi Nakamaru, Ph.D. — Full Machine-Readable Context

> Canonical, data-generated context for reconstructing Satoshi Nakamaru’s public career, projects, records, and external evidence. This file is an index of published information, not an independent source for new claims.

## Canonical Identity

- Name: Satoshi Nakamaru
- Display name: Satoshi Nakamaru, Ph.D.
- Name variants: Satoshi Nakamaru, Ph.D. / S. Nakamaru / Nakamaru, Satoshi / 中丸啓 / 中丸 啓
- Disambiguation context: Japanese material and physical systems architect and R&D researcher at ZOZO NEXT, working across advanced materials, human-computer interaction, smart textiles, and commercialization.
- Current roles: R&D Architect / Material & Physical Systems Architect / Director, ZOZO NEXT / Independent R&D Practice
- Canonical site: https://snakamaru.info/
- Canonical person: https://snakamaru.info/#person
- Records: https://snakamaru.info/records/
- Canonical entity graph: https://snakamaru.info/entity.json
- Description: Satoshi Nakamaru is a material-driven R&D architect working across material intelligence, human-computer interaction, experience design, smart textiles, exhibition prototyping, venture incubation, and physics-grounded AI-native R&D systems.
- Areas of practice: Material Intelligence; Material Science; 材料科学; Applied Physics; 応用物理; Advanced Materials; Material Interaction; マテリアルインタラクション; Human-Computer Interaction; ヒューマン・コンピュータ・インタラクション; Smart Textiles; スマートテキスタイル; Experience Design; Digital Fabrication; デジタルファブリケーション; Soft Robotics; ソフトロボティクス; Exhibition & Cultural Prototyping; Venture Architecture; Research Commercialization; 新規事業開発; 研究開発の社会実装; Hardware Prototyping; Physics-grounded R&D systems; AI-native R&D systems

### Identity Links

- https://scholar.google.com/citations?user=gmjwWYkAAAAJ
- https://www.researchgate.net/profile/Satoshi-Nakamaru
- https://cir.nii.ac.jp/crid/1380869863342420864
- https://dblp.org/pid/31/7746.html
- https://openalex.org/A5037620622
- https://www.intechopen.com/profiles/100037
- [Phenomena Studies](https://phenomenastudies.com/) — A personal visual research series exploring physical phenomena through model-driven simulation and computational studies. Creator: Satoshi Nakamaru.

### Affiliation Entities

- 2010–2019: Researcher, Sony — https://www.sony.com/en/SonyInfo/
- 2014: Research Fellow, CIID — https://www.ciid.dk/about
- 2016–2021: Researcher, The University of Tokyo / JST ERATO 川原万有情報網プロジェクト — https://www.jst.go.jp/erato/kawahara/
- 2019–present: Director, ZOZO NEXT — https://zozonext.com/aboutus
- 2021–present: Principal / R&D partnerships, Independent R&D Practice — https://snakamaru.info/

### Academic Formation

- 2008–2010: Master of Engineering (M.Eng.), Applied Physics, Waseda University — Self-oscillating gels / Soft actuators / Chemical robotics. https://www.waseda.jp/top/en
- 2016–2019: Ph.D. / 博士（政策・メディア）, X-Design / Material Interaction, Keio University — Evolutionary Matter / Material interaction / HCI. https://www.keio.ac.jp/en/

## Claim Boundary

- Use linked public pages and records for factual claims.
- Corporate and collaborative projects are not represented as sole-authored work.
- Contribution wording comes from the published project role and contribution fields.
- Do not infer confidential corporate details, unpublished project details, or private client relationships.

## Biography

素材の物理を起点に、デバイス・体験設計・展示・工芸・事業化、そして物理に根ざした解析・設計システムまで——研究と実践を横断してきた研究者／実践者（Ph.D.）。
現在は ZOZO NEXT の Director として、素材と体験を軸に、研究開発から展示・事業化までを一気通貫で担う R&D 組織を立ち上げた。Ambient Weaving や呼色などのプロジェクトを通じて、工芸・素材・テクノロジーをつなぐ表現と事業の機会を探っている。
並行して、独立した R&D Practice では理論物理家とともに、物理理論から解法モデルを組み、AIを実装・データ整形・検証の補助線として使う解析・設計システムを、流体を中心に開発している。

### Current Roles

- Director, ZOZO NEXT — 素材と体験を軸に、工芸・食・生活領域のR&D組織と事業基盤づくりを推進。
- Founder, Independent R&D Practice — 理論物理家とともに、物理理論から実利用可能な解析・設計ソリューションを組み立てるR&Dを推進。

### Research & Practice Trajectory

- 2010–2019: Researcher, Sony — Advanced materials / Device R&D
- 2014: Research Fellow, CIID — Interaction design / Material prototyping
- 2016–2021: Researcher, The University of Tokyo / JST ERATO 川原万有情報網プロジェクト — Soft materials / HCI research
- 2019–present: Director, ZOZO NEXT — Smart textiles / Material experience / R&D organization
- 2021–present: Principal / R&D partnerships, Independent R&D Practice — Soft robotics / Physics-grounded systems / Applied R&D

## Practice Capabilities

### Material Intelligence

Reading materials, devices, and physical phenomena, and treating them as designable matter.
Japanese summary: 素材・デバイス・物理現象を読み解き、設計可能な対象として扱う。

### Experience Translation

Translating physical phenomena into experiences, interfaces, and environments people can feel.
Japanese summary: 物理現象を、人が感じられる体験・インターフェース・環境表現へ翻訳する。

### Exhibition & Cultural Prototyping

Making research and technology experienceable within exhibitions, space, and cultural context.
Japanese summary: 研究や技術を、展示・空間・文化的文脈の中で体験可能な形にする。

### Venture Architecture

Structuring research and prototypes into business, IP, organization, and operational systems.
Japanese summary: 研究やプロトタイプを、事業・知財・組織・運用へ接続可能な仕組みに編成する。

### Physics-grounded AI Systems

Building solution models from physical theory, using AI to support implementation, data shaping, validation, and interface development toward usable analysis and design tools.
Japanese summary: 物理理論から解法モデルを組み、AIを実装・データ整形・検証の補助線として使いながら、実利用可能な解析・設計ツールへ落とし込む。
Detail: Artman氏との共同プロジェクト。

## Projects

### Ambient Weaving

- Canonical page: https://snakamaru.info/projects/ambient-weaving/
- Description: 東京大学と細尾との共同研究による、環境情報を織り込んだテキスタイル。
- Classification: scope=corporate; era=zozonext
- Practice capabilities: [Exhibition & Cultural Prototyping](https://snakamaru.info/practice/exhibition-cultural-prototyping/)
- Tags: smart textile; collaboration
- Published contribution / scope: research, concept, prototyping; コンセプト立案; ステークホルダー調整; Hardware Prototyping; 素材開発、選定; ドキュメンテーション
- Claim context: Publicly released collaborative/corporate work; credit is limited to the contribution fields and linked sources.
- Official and project links:
  - https://ambientweaving.lab.zozo.jp/
  - https://zozonext.com/project/ambient-weaving
  - https://www.hosoogallery.jp/en/exhibitions/ambient-weaving/
  - https://zozonext.com/project/sxsw-2022
  - https://ars.electronica.art/planetb/en/ambient-weaving/
  - https://zozonext.com/project/ambient-weaving-2022
  - https://ambientweaving.lab.zozo.jp/collection/
  - https://dime.jp/genre/1285419/
- Publications / citations:
  - 2021. [Ambient Weaving: Nishijin Textile that Interacts with the Environment by Integration of Traditional Craft Techniques and Functional Material](https://doi.org/10.2115/fiber.77.635). Sen’i Gakkaishi, 77(12), 635–640.
- External evidence:
- n.d.. [SXSW2022出展・スマートテキスタイルプロジェクトについてZOZO NEXTとのインタビューを公開！](https://note.com/imgsrc_inc/n/n631fb436ee24). IMG SRC. Technical implementation, prototyping, exhibition quality, and business contact
- 2023. [【TMIP×東京大学×ZOZO×細尾×三菱地所 連携企画】先端素材・デバイス×伝統工芸から考える産学/企業間共創](https://www.tmip.jp/ja/event/4220). TMIP. Materials, devices, craft, and industry-academia collaboration
- n.d.. [ファッションテックの領域のヴェールを取り払う：ZOZO NEXTによるSXSWへの挑戦](https://fashiontechnews.zozo.com/projects/zozonext_sxsw2022/zozonext_sxsw1). fashion tech news. Project leadership and specialist positioning around SXSW and smart textiles
- 2022. [Ambient Weaving, Developed by ZOZO NEXT, Wins Honorary Mention at One of the World's Largest Media Art Events](https://fashiontechnews.zozo.com/en/projects/ars_electronica_2022/ars_electronica_nakamaru). fashion tech news (English). English-language interview identifying Satoshi Nakamaru as the project lead at ZOZO NEXT
- 2024. [Garden and Textile: The Shades of Shadows — Exhibition Handout](https://www.hosoogallery.jp/wp/wp-content/themes/hosoogallery/img/exhibitions/shade-of-shadows/exhibition_handout.pdf). HOSOO GALLERY. Official exhibition credit for textile and material research and development, naming Satoshi Nakamaru and ZOZO NEXT
- n.d.. [【未来テック図解】毎日洋服のデザインが変わる!?「スマートテキスタイル」が実現するファッションの新しいカタチ](https://dime.jp/genre/1285419/). DIME. General smart textile press coverage

### Heteroweave

- Canonical page: https://snakamaru.info/projects/heteroweave/
- Description: 機能性素材で西陣織を再設計し、インスタレーションとして展示。 Ars Electronica / YCAM「布のデミウルゴス」。
- Classification: scope=selected; era=design-engineering
- Practice capabilities: [Exhibition & Cultural Prototyping](https://snakamaru.info/practice/exhibition-cultural-prototyping/)
- Tags: textile; material; exhibition
- Published contribution / scope: 展示コンセプト設計; 空間体験設計; インスタレーション実装; ドキュメンテーション; ステークホルダー調整

- Publications / citations:
  - 2019. [Heteroweave: 伝統技法に基づく材料の織り込みによる西陣織への機能付与と表現](https://doi.org/10.18974/tvrsj.24.3_283). 日本バーチャルリアリティ学会論文誌, 24(3), 283–291.

### Pipe Design Advisor

- Canonical page: https://snakamaru.info/projects/pipe-design-advisor/
- Description: 配管を伴う設備設計において、効率向上や圧力損失の低減を高速に診断し、改善指針を提案するソリューション。
- Classification: scope=selected; era=independent
- Practice capabilities: [Physics-grounded AI Systems](https://snakamaru.info/practice/ai-native-rd-systems/)

- Published contribution / scope: 物理理論実装 / 検証; 流体解析モデル実装; パラメータスイープ設計; UI実装; PoC Strategy

### Self-oscillating Gel

- Canonical page: https://snakamaru.info/projects/self-oscillating-gel/
- Description: 自励振動するゲル（BZ反応）の振動周期を広範囲に制御。
- Classification: scope=selected; era=sony
- Practice capabilities: [Material Intelligence](https://snakamaru.info/practice/material-intelligence/)
- Tags: material; actuator
- Published contribution / scope: ポリマーゲル設計; 計測評価; 計測制御系構築; 原理検証

- Official and project links:
  - https://ieeexplore.ieee.org/document/5354649/
- Publications / citations:
  - 2011. [Design of Autonomous Gel Actuators](https://doi.org/10.3390/polym3010299). Polymers, 3(1), 299–313.
  - 2009. [Control of Autonomous Swelling-Deswelling Behavior for a Polymer Gel](https://doi.org/10.1021/jp811228y). The Journal of Physical Chemistry B, 113(14), 4609–4613.
  - 2009. [Development of Novel Self-Oscillating Gel Actuator for Achievement of Chemical Robot](https://doi.org/10.1109/IROS.2009.5354649). IEEE/RSJ IROS 2009, 4319–4324.
  - 2012. [Novel Self-Oscillating Polymer Actuators for Soft Robot](https://doi.org/10.5772/52474). Smart Actuation and Sensing Systems, IntechOpen.
  - 2011. [Chemical Robots](https://doi.org/10.5772/18342). On Biomimetics, IntechOpen.
  - 2010. 高速駆動するゲルアクチュエータの創製. 第21回高分子ゲル研究討論会, 91–92.
  - 2009. ゲルアクチュエータの高強度化と駆動特性に関する研究. 第58回高分子討論会 / 高分子学会予稿集, 1320.

### 呼色 / Yobiiro

- Canonical page: https://snakamaru.info/projects/yobiiro/
- Description: 工芸とスマートテキスタイル開発の技術を掛け合わせ、ライフスタイルプロダクトの量産・販売を行う ZOZO NEXT の新規事業。
- Classification: scope=corporate; era=zozonext
- Practice capabilities: [Venture Architecture](https://snakamaru.info/practice/venture-architecture/)
- Tags: textile; structural color
- Published contribution / scope: concept, R&D; チームビルディング / 契約; プロジェクトマネジメント; 知財戦略; 量産（試作から販売品）; ロジスティクス; PR
- Claim context: Publicly released collaborative/corporate work; credit is limited to the contribution fields and linked sources.
- Official and project links:
  - https://yobiiro.zozo.com

### Ambient Weaving Ⅱ

- Canonical page: https://snakamaru.info/projects/ambient-weaving-2/
- Description: 東京大学と細尾との共同研究による、環境情報を織り込んだテキスタイル。
- Classification: scope=corporate; era=zozonext
- Practice capabilities: [Exhibition & Cultural Prototyping](https://snakamaru.info/practice/exhibition-cultural-prototyping/)

- Published contribution / scope: research, concept, prototyping; コンセプト立案; ステークホルダー調整; Hardware Prototyping; 素材開発、選定; ドキュメンテーション
- Claim context: Publicly released collaborative/corporate work; credit is limited to the contribution fields and linked sources.
- Official and project links:
  - https://ambientweaving2.lab.zozo.jp/
  - https://www.hosoogallery.jp/exhibitions/ambient-weaving2/
  - https://www.lvmh.com/en/news-lvmh/lvmh-metiers-dart-unveils-ambient-weaving-ii-by-hosoo
  - https://zozonext.com/news/20240627_ambientweaving2
  - https://www.d2cid.co.jp/news/20240621/
  - https://www.fashionsnap.com/article/2023-08-01/zozonext-exhibition/
- External evidence:
- n.d.. [ZOZO NEXT、東大、西陣織の老舗が挑戦する「スマートテキスタイル」の目指す場所](https://newswitch.jp/p/38000). ニュースイッチ. Technical prototypes and R&D strategy for next-generation materials
- n.d.. [ゾゾ ネクスト×東京大学×細尾が共同研究による展示を開催　スピーカー機能を持つテキスタイルなど](https://www.fashionsnap.com/article/2023-08-01/zozonext-exhibition/). FASHIONSNAP. Project press coverage for Ambient Weaving II

### Bentroid

- Canonical page: https://snakamaru.info/projects/bentroid/
- Description: 看護現場における摘便手技を、蠕動運動を含む身体応答として訓練するためのインタラクティブなシミュレータ。
- Classification: scope=selected; era=independent
- Practice capabilities: [Venture Architecture](https://snakamaru.info/practice/venture-architecture/)
- Tags: soft sensor; pneumatic actuator; medical training
- Published contribution / scope: concept, R&D, prototyping; PoC（病院 / 訪問看護センター）; 商標 / デザイン; コストダウン施策; ビジネスストラテジー; プロジェクトマネジメント; PR / 展示

### Pipe Editor

- Canonical page: https://snakamaru.info/projects/pipe-editor/
- Description: 任意形状のエルボーや分岐を3D空間で設計し、AOS Coreによって特性を予測する配管形状エディタ。
- Classification: scope=selected; era=independent
- Practice capabilities: [Physics-grounded AI Systems](https://snakamaru.info/practice/ai-native-rd-systems/)

- Published contribution / scope: 3D UI実装; 物理理論実装 / 検証; AOS Core Integration; AI-native Workflow; System Prototyping

### Protein Photosensor

- Canonical page: https://snakamaru.info/projects/protein-photosensor/
- Description: タンパク質の電子移動を利用したバイオ光センサ。
- Classification: scope=corporate; era=sony
- Practice capabilities: [Material Intelligence](https://snakamaru.info/practice/material-intelligence/)
- Tags: bio material; device
- Published contribution / scope: 素材・デバイス設計; 計測・評価; メカニズム解析
- Claim context: Publicly released collaborative/corporate work; credit is limited to the contribution fields and linked sources.
- Publications / citations:
  - 2017. [Photoswitchable Sn-Cyt c Solid-State Devices](https://doi.org/10.1002/adma.201605924). Advanced Materials, 29(22), 1605924.

### Flow Visualizer

- Canonical page: https://snakamaru.info/projects/flow-visualizer/
- Description: 流体現象のふるまいを観察・比較し、設計仮説を検証するための可視化プロトタイプ。
- Classification: scope=selected; era=independent
- Practice capabilities: [Physics-grounded AI Systems](https://snakamaru.info/practice/ai-native-rd-systems/)

- Published contribution / scope: 物理理論実装 / 検証; UI実装; AI-native Workflow; 検証設計; Technical Documentation

### FoamSense

- Canonical page: https://snakamaru.info/projects/foamsense/
- Description: 多孔質材料を用いた三次元のソフトセンサ。
- Classification: scope=selected; era=design-engineering
- Practice capabilities: [Material Intelligence](https://snakamaru.info/practice/material-intelligence/)
- Tags: soft sensor; material
- Published contribution / scope: コンセプト提案; 素材・デバイス設計; 原理検証; 計測・評価; ファブリケーションプロセス確立; アプリケーション試作; 特許化

- Official and project links:
  - https://dl.acm.org/citation.cfm?id=3126594.3126666
- Publications / citations:
  - 2017. [FoamSense: Design of Three Dimensional Soft Sensors with Porous Materials](https://doi.org/10.1145/3126594.3126666). ACM UIST ’17, 437–447.

### R&D Consulting — Hardware Prototyping / DAQ

- Canonical page: https://snakamaru.info/projects/rd-consulting-hardware/
- Description: R&Dテーマに必要なハードウェアの仕様策定から、試作、データ取得（DAQ）まで。R&D活動の立ち上げを支援。
- Classification: scope=selected; era=independent
- Practice capabilities: [Venture Architecture](https://snakamaru.info/practice/venture-architecture/)

- Published contribution / scope: R&D consulting; チームビルディング / 契約; 技術リサーチ / 戦略立案; HWプロトタイプ; データ取得（DAQ）; 特許サポート

### Woven Prototypes

- Canonical page: https://snakamaru.info/projects/woven-prototypes/
- Description: 機能性と美を両立したテキスタイルのプロトタイプ作品群。
- Classification: scope=corporate; era=zozonext
- Practice capabilities: [Experience Translation](https://snakamaru.info/practice/experience-translation/)
- Tags: smart textile; prototype; collaboration; corporate work
- Published contribution / scope: research, concept, prototyping; ステークホルダー調整; Hardware Prototyping; 素材開発、選定; ドキュメンテーション; テキスタイル開発; 特許化
- Claim context: Publicly released collaborative/corporate work; credit is limited to the contribution fields and linked sources.
- Official and project links:
  - https://zozonext.com/project/woven-prototypes

### Concept Development & PoC

- Canonical page: https://snakamaru.info/projects/rd-consulting-healthcare/
- Description: 研究テーマのコンセプト立案と、そのPoC（概念実証）。
- Classification: scope=selected; era=independent
- Practice capabilities: [Venture Architecture](https://snakamaru.info/practice/venture-architecture/)

- Published contribution / scope: Design research / R&D consulting; チームビルディング / 契約; プロジェクトマネジメント; ユーザーリサーチ; ユーザーテスト設計 / 実施; コンセプト設計; PoC用プロトタイプ; BizPoCサポート

### Envisioning the future with smart materials

- Canonical page: https://snakamaru.info/projects/envisioning-smart-materials/
- Description: Co-creation: Industrial Project with CIID.
- Classification: scope=corporate; era=zozonext
- Practice capabilities: [Experience Translation](https://snakamaru.info/practice/experience-translation/)
- Tags: smart material; co-creation; corporate work
- Published contribution / scope: design brief, facilitation, material lecture, discussion; Design Briefの作成; 現地でのファシリテーション; 素材活用レクチャー; フィードバックとディスカッション
- Claim context: Publicly released collaborative/corporate work; credit is limited to the contribution fields and linked sources.
- Official and project links:
  - https://zozonext.com/project/envisioning

### ExpandFab

- Canonical page: https://snakamaru.info/projects/expandfab/
- Description: 熱で膨張・変形する造形（ファブリケーション）手法。
- Classification: scope=selected; era=design-engineering
- Practice capabilities: [Material Intelligence](https://snakamaru.info/practice/material-intelligence/)
- Tags: fabrication; material
- Published contribution / scope: 素材サポート; 実験評価法サポート; シナリオ補助

- Publications / citations:
  - 2020. [ExpandFab: Fabricating Objects Expanding and Changing Shape with Heat](https://doi.org/10.1145/3374920.3374949). ACM TEI ’20, 153–164.

### Next-Gen CT Algorithm

- Canonical page: https://snakamaru.info/projects/next-gen-ct-algorithm/
- Description: CT再構成を題材に、物理理論とベンチマークを往復しながら次世代アルゴリズムを検証する研究開発。
- Classification: scope=selected; era=independent
- Practice capabilities: [Physics-grounded AI Systems](https://snakamaru.info/practice/ai-native-rd-systems/)

- Published contribution / scope: 物理理論実装 / 検証; ベンチマーク設計; AI-native Workflow; Tool Prototyping; Technical Documentation

### 紋響

- Canonical page: https://snakamaru.info/projects/monkyo/
- Description: 大阪・関西万博 EXPO 2025 での展示。
- Classification: scope=corporate; era=zozonext
- Practice capabilities: [Exhibition & Cultural Prototyping](https://snakamaru.info/practice/exhibition-cultural-prototyping/)

- Published contribution / scope: 展示コンセプト設計; 空間体験設計; インスタレーション実装; ドキュメンテーション; ステークホルダー調整
- Claim context: Publicly released collaborative/corporate work; credit is limited to the contribution fields and linked sources.
- Official and project links:
  - https://knitfabricspeaker.lab.zozo.jp/
  - https://zozonext.com/news/20250613_monkyo
  - https://www.itmedia.co.jp/news/articles/2506/13/news073.html
  - https://www.wwdjapan.com/articles/2135304
- External evidence:
- 2025. [ZOZO NEXTとPoiesis Labs、大阪・関西万博で“音を発するニット”を初公開](https://zozonext.com/news/20250613_monkyo). ZOZO NEXT. Official release with role and comment for MONKYO
- 2025. [“音を出すニット“、大阪・関西万博でZOZOが披露　「音が布から湧き上がる」](https://www.itmedia.co.jp/news/articles/2506/13/news073.html). ITmedia NEWS. Project press coverage for MONKYO
- 2025. [ZOZOネクストとポイエーシスラボが大阪・関西万博で“音を発するニット”を初公開](https://www.wwdjapan.com/articles/2135304). WWD. Project press coverage for MONKYO

### AOS — Translating Physical Theory into Product, Brand, and PoC

- Canonical page: https://snakamaru.info/projects/aos-website/
- Description: 公理的な物理理論をアプリケーション実装へ翻訳し、ブランド表現から共同PoCの提案・契約導線までを一つの公開フォーマットとして設計したAOSコーポレートサイト。
- Classification: scope=aos-gateway; era=independent
- Practice capabilities: [Venture Architecture](https://snakamaru.info/practice/venture-architecture/)
- Tags: Web Design; Branding; Information Architecture; PoC Offering; Interactive Demo
- Published contribution / scope: Website direction / Brand design / PoC offering architecture; Site Architecture; Visual Direction; Branding; Site Concept; PoC Offering Design; Engagement Design; Interactive Demo

### Axiom Trace

- Canonical page: https://snakamaru.info/projects/axiom-trace/
- Description: 理論ノートとコード実装の対応を追跡し、物理理論が正しく実装へ落ちているかを確認するAI-nativeな情報管理システム。
- Classification: scope=selected; era=independent
- Practice capabilities: [Physics-grounded AI Systems](https://snakamaru.info/practice/ai-native-rd-systems/)

- Published contribution / scope: 物理モデリング; AI-native Workflow; Tool Prototyping; 検証設計; Technical Documentation

### Path in Trace 轍

- Canonical page: https://snakamaru.info/projects/path-in-trace/
- Description: ラフォーレ原宿ミュージアムで開催された、スタイリスト三田真一氏の個展に作品を提供。
- Classification: scope=corporate; era=zozonext
- Practice capabilities: [Exhibition & Cultural Prototyping](https://snakamaru.info/practice/exhibition-cultural-prototyping/)

- Published contribution / scope: 作品 / インスタレーション実装; 要素技術構築; 素材開発と提供
- Claim context: Publicly released collaborative/corporate work; credit is limited to the contribution fields and linked sources.
- Official and project links:
  - https://fashiontechnews.zozo.com/projects/shinichi_mita/wadachi
- External evidence:
- n.d.. [伝統工芸と最新技術の融合：ZOZO NEXTのテキスタイルチームが語る「Path in Trace - 轍 -」展の舞台裏](https://fashiontechnews.zozo.com/projects/shinichi_mita/wadachi). fashion tech news. Project formation, technical direction, and collaboration with Shinichi Mita

### Project Link - Fashionable IoT

- Canonical page: https://snakamaru.info/projects/project-link-fashionable-iot/
- Description: ファッションアイテムに溶け込む小型IoTノードによりスマートウェアを実装するプラットフォームのUX検証。
- Classification: scope=corporate; era=zozonext
- Practice capabilities: [Experience Translation](https://snakamaru.info/practice/experience-translation/)
- Tags: fashionable iot; smart wear; corporate work
- Published contribution / scope: stakeholder coordination, hardware prototyping, material selection, IoT prototyping; ステークホルダー調整; Hardware Prototyping; 素材開発、選定; IoT Prototyping
- Claim context: Publicly released collaborative/corporate work; credit is limited to the contribution fields and linked sources.
- Official and project links:
  - https://zozonext.com/project/project-link
- External evidence:
- n.d.. [新素材で拡張する、ファッションの未来 ZOZO × KMD「ファッションに特化した IoTノード開発」](https://www.kmd.keio.ac.jp/ja/stories/partner-stories/development-of-fashion-specialized-Iot-nodes/). Keio Media Design. Research collaboration and prototype expansion with Keio Media Design

### xSlate

- Canonical page: https://snakamaru.info/projects/xslate/
- Description: 剛性を制御し、サイズと形状が変化する表面インターフェース。
- Classification: scope=selected; era=design-engineering
- Practice capabilities: [Material Intelligence](https://snakamaru.info/practice/material-intelligence/)
- Tags: interface; shape-changing
- Published contribution / scope: 素材・デバイス設計; センサ / アクチュエータ試作; 計測・評価; デジタルファブリケーション; 原理検証

- Publications / citations:
  - 2019. [xSlate: 素材硬度制御と機械的伸縮制御による形状・サイズ可変なフィジカルインタフェース](https://doi.org/10.18974/tvrsj.24.3_303). 日本バーチャルリアリティ学会論文誌, 24(3), 303–312.
  - 2018. [xSlate: A Stiffness-Controlled Surface for Shape-Changing Interfaces](https://doi.org/10.1145/3170427.3186496). ACM CHI EA ’18, Paper D113.

### Healthcare Solution Prototype (CES)

- Canonical page: https://snakamaru.info/projects/healthcare-ces/
- Description: CES で発表したヘルスケアソリューションのプロトタイプ。
- Classification: scope=selected

- Published contribution / scope: Concept Development; R&D Prototyping; Documentation

- Official and project links:
  - https://www.suntory.co.jp/news/article/14273.html

### MorphIO

- Canonical page: https://snakamaru.info/projects/morphio/
- Description: すべてソフトな素材でセンシングと駆動を統合し、形状変化を扱うモジュール。
- Classification: scope=selected; era=design-engineering
- Practice capabilities: [Experience Translation](https://snakamaru.info/practice/experience-translation/)
- Tags: soft robotics; actuator; sensor
- Published contribution / scope: デバイス設計; 評価・計測サポート; インタラクション設計サポート

- Publications / citations:
  - 2019. [MorphIO: Entirely Soft Sensing and Actuation Modules for Programming Shape Changes through Tangible Interaction](https://doi.org/10.1145/3322276.3322337). ACM DIS ’19, 975–986.

### 呼色 / Yobiiro Exhibition

- Canonical page: https://snakamaru.info/projects/yobiiro-exhibition/
- Description: ZOZO NEXT が主導する、工芸とテクノロジーを掛け合わせたライフスタイルプロダクト群「呼色 / Yobiiro」の認知拡大・ブランディング・PRのための展示活動。
- Classification: scope=corporate; era=zozonext
- Practice capabilities: [Exhibition & Cultural Prototyping](https://snakamaru.info/practice/exhibition-cultural-prototyping/)
- Tags: exhibition; craft; smart textile
- Published contribution / scope: concept, R&D; 展示コンセプト設計; 作品実装; ステークホルダー調整; 施工; PR関連; ドキュメンテーション
- Claim context: Publicly released collaborative/corporate work; credit is limited to the contribution fields and linked sources.
- Official and project links:
  - https://www.3daysofdesign.dk/exhibition/yobiiro-produced-by-zozo-next
  - https://yobiiro.zozo.com/
  - https://www.instagram.com/yobiiro_official/
  - https://tokyoprototype.jp/exhibitors/zozonext

### Origon

- Canonical page: https://snakamaru.info/projects/origon/
- Description: 高速プロトタイピングのためのタンジブルなモデリング手法。
- Classification: scope=selected; era=design-engineering
- Practice capabilities: [Experience Translation](https://snakamaru.info/practice/experience-translation/)
- Tags: prototyping; tangible
- Published contribution / scope: コンセプト立案; 素材開発; HW Prototype; IoT Prototype; ワークショップ; ユーザーリサーチ

- Official and project links:
  - https://dl.acm.org/citation.cfm?id=2856530
- Publications / citations:
  - 2016. [Tangible Modeling Methods for Faster Rapid Prototyping (Origon)](https://doi.org/10.1145/2839462.2856530). ACM TEI ’16, 518–523.

### Animated Drawing

- Canonical page: https://snakamaru.info/projects/animated-drawing/
- Description: 誘電エラストマー（DEA）で絵が動くワークショップ。
- Classification: scope=selected; era=design-engineering
- Practice capabilities: [Experience Translation](https://snakamaru.info/practice/experience-translation/)
- Tags: workshop; DEA
- Published contribution / scope: コンテンツ立案; キット開発; ワークショップ実施; ドキュメンテーション

### LayerPump

- Canonical page: https://snakamaru.info/projects/layerpump/
- Description: EHDポンプと流路を3Dオブジェクト内部に埋め込み、色・形・動きを制御する設計手法。
- Classification: scope=selected; era=design-engineering
- Practice capabilities: [Experience Translation](https://snakamaru.info/practice/experience-translation/)
- Tags: fluid interaction; EHD pump; digital fabrication
- Published contribution / scope: デバイス設計; 評価・計測サポート; マテリアル検討サポート; シナリオ設計サポート

- Publications / citations:
  - 2021. [LayerPump: 積層型プレートに基づく EHD ポンプ内蔵 3D オブジェクトの設計手法とファブリケーション](https://doi.org/10.18974/tvrsj.26.4_345). 日本バーチャルリアリティ学会論文誌, 26(4), 345–354.
  - 2021. [LayerPump: Rapid Prototyping of Functional 3D Objects with Built-in Electrohydrodynamics Pumps Based on Layered Plates](https://doi.org/10.1145/3430524.3442453). ACM TEI ’21, Article 48.

## Publications

- 2021. [Ambient Weaving: Nishijin Textile that Interacts with the Environment by Integration of Traditional Craft Techniques and Functional Material](https://doi.org/10.2115/fiber.77.635). S. Nakamaru, K. Tajima, K. Uchibe, Y. Nishihara, H. Kuboki, Y. Kakehi. Sen’i Gakkaishi, 77(12), 635–640. Related project: https://snakamaru.info/projects/ambient-weaving/.
- 2021. [LayerPump: 積層型プレートに基づく EHD ポンプ内蔵 3D オブジェクトの設計手法とファブリケーション](https://doi.org/10.18974/tvrsj.26.4_345). 藤井樹里, 中丸啓, 筧康明. 日本バーチャルリアリティ学会論文誌, 26(4), 345–354. Related project: https://snakamaru.info/projects/layerpump/. Note: 第24回日本バーチャルリアリティ学会論文賞.
- 2019. [Heteroweave: 伝統技法に基づく材料の織り込みによる西陣織への機能付与と表現](https://doi.org/10.18974/tvrsj.24.3_283). 中丸啓, 西原由実, 藤井樹里, 武井祥平, 加治洋紀, 筧康明. 日本バーチャルリアリティ学会論文誌, 24(3), 283–291. Related project: https://snakamaru.info/projects/heteroweave/.
- 2019. [xSlate: 素材硬度制御と機械的伸縮制御による形状・サイズ可変なフィジカルインタフェース](https://doi.org/10.18974/tvrsj.24.3_303). 平井誠之, 中丸啓, 川原圭博, 筧康明. 日本バーチャルリアリティ学会論文誌, 24(3), 303–312. Related project: https://snakamaru.info/projects/xslate/.
- 2017. [Photoswitchable Sn-Cyt c Solid-State Devices](https://doi.org/10.1002/adma.201605924). S. Nakamaru, F. Scholz, W. E. Ford, Y. Goto, F. von Wrochem. Advanced Materials, 29(22), 1605924. Related project: https://snakamaru.info/projects/protein-photosensor/.
- 2011. [Design of Autonomous Gel Actuators](https://doi.org/10.3390/polym3010299). S. Maeda, Y. Hara, S. Nakamaru, S. Hashimoto. Polymers, 3(1), 299–313. Related project: https://snakamaru.info/projects/self-oscillating-gel/.
- 2009. [Control of Autonomous Swelling-Deswelling Behavior for a Polymer Gel](https://doi.org/10.1021/jp811228y). S. Nakamaru, S. Maeda, Y. Hara, S. Hashimoto. The Journal of Physical Chemistry B, 113(14), 4609–4613. Related project: https://snakamaru.info/projects/self-oscillating-gel/.
- 2021. [LayerPump: Rapid Prototyping of Functional 3D Objects with Built-in Electrohydrodynamics Pumps Based on Layered Plates](https://doi.org/10.1145/3430524.3442453). J. Fujii, S. Nakamaru, Y. Kakehi. ACM TEI ’21, Article 48. Related project: https://snakamaru.info/projects/layerpump/.
- 2020. [ExpandFab: Fabricating Objects Expanding and Changing Shape with Heat](https://doi.org/10.1145/3374920.3374949). H. Kaimoto, J. Yamaoka, S. Nakamaru, Y. Kawahara, Y. Kakehi. ACM TEI ’20, 153–164. Related project: https://snakamaru.info/projects/expandfab/.
- 2019. [MorphIO: Entirely Soft Sensing and Actuation Modules for Programming Shape Changes through Tangible Interaction](https://doi.org/10.1145/3322276.3322337). R. Nakayama, R. Suzuki, S. Nakamaru, R. Niiyama, Y. Kawahara, Y. Kakehi. ACM DIS ’19, 975–986. Related project: https://snakamaru.info/projects/morphio/. Note: ACM DIS 2019 Best Paper Award.
- 2017. [FoamSense: Design of Three Dimensional Soft Sensors with Porous Materials](https://doi.org/10.1145/3126594.3126666). S. Nakamaru, R. Nakayama, R. Niiyama, Y. Kakehi. ACM UIST ’17, 437–447. Related project: https://snakamaru.info/projects/foamsense/.
- 2009. [Development of Novel Self-Oscillating Gel Actuator for Achievement of Chemical Robot](https://doi.org/10.1109/IROS.2009.5354649). S. Nakamaru, S. Maeda, Y. Hara, S. Hashimoto. IEEE/RSJ IROS 2009, 4319–4324. Related project: https://snakamaru.info/projects/self-oscillating-gel/.
- 2018. [xSlate: A Stiffness-Controlled Surface for Shape-Changing Interfaces](https://doi.org/10.1145/3170427.3186496). T. Hirai, S. Nakamaru, Y. Kawahara, Y. Kakehi. ACM CHI EA ’18, Paper D113. Related project: https://snakamaru.info/projects/xslate/.
- 2016. [Tangible Modeling Methods for Faster Rapid Prototyping (Origon)](https://doi.org/10.1145/2839462.2856530). S. Nakamaru, J. Bak, D. Saxena. ACM TEI ’16, 518–523. Related project: https://snakamaru.info/projects/origon/.
- 2012. [Novel Self-Oscillating Polymer Actuators for Soft Robot](https://doi.org/10.5772/52474). Y. Hara, S. Maeda, T. Mikanohara, H. Nakagawa, S. Nakamaru, S. Hashimoto. Smart Actuation and Sensing Systems, IntechOpen. Related project: https://snakamaru.info/projects/self-oscillating-gel/.
- 2011. [Chemical Robots](https://doi.org/10.5772/18342). S. Maeda, Y. Hara, S. Nakamaru, H. Nakagawa, S. Hashimoto. On Biomimetics, IntechOpen. Related project: https://snakamaru.info/projects/self-oscillating-gel/.
- 2010. 高速駆動するゲルアクチュエータの創製. 中丸啓, 原雄介, 前田真吾, 吉田亮, 橋本周司. 第21回高分子ゲル研究討論会, 91–92. Related project: https://snakamaru.info/projects/self-oscillating-gel/.
- 2009. ゲルアクチュエータの高強度化と駆動特性に関する研究. 中丸啓, 原雄介, 前田真吾, 橋本周司. 第58回高分子討論会 / 高分子学会予稿集, 1320. Related project: https://snakamaru.info/projects/self-oscillating-gel/.

## Patents

- 2023. Textile and textile-type device. Inventors: 中丸啓・田島康太郎. Assignee/applicant: ZOZO, Inc.. Identifiers: 特許7669512; WO2023079586A1; US20250234766A1; CN118176827A.
- 2023. Smart textile and system. Inventors: 中丸啓・田島康太郎. Assignee/applicant: ZOZO, Inc.. Identifiers: 特開2023-034511; WO2023032643A1.
- 2024. Textile / Thread and textile. Inventors: 中丸啓・田島康太郎・佐治美千香・佐々木伽耶人. Assignee/applicant: ZOZO, Inc.. Identifiers: 特許7520947; 特許7520948; 特許7520950; EP4636145A1.
- 2024. Textile and acoustic output device. Inventors: 田島康太郎・中丸啓・佐々木伽耶人 ほか. Assignee/applicant: ZOZO, Inc.. Identifiers: 特許7474387; WO2025027748A1.
- 2023. RFID tag and apparel product. Inventors: 中丸啓・田島康太郎. Assignee/applicant: ZOZO, Inc.. Identifiers: 特許7203188.
- 2022. Smart textile and manufacturing method. Inventors: 田島康太郎・中丸啓・筧康明. Assignee/applicant: University of Tokyo / ZOZO, Inc.. Identifiers: 特許7185240; 特開2022-143546.
- 2026. 統合構成部材. Inventors: 中丸啓 ほか. Assignee/applicant: ZOZO, Inc.. Identifiers: 特開2026-081515. Status: Pending.
- 2024. Smart textile and system（別出願）. Inventors: 中丸啓・田島康太郎. Assignee/applicant: ZOZO, Inc.. Identifiers: 特開2024-069202. Status: Pending (appeal).
- 2021. Actuator, drive apparatus, and electronic apparatus. Inventors: 中田哲博・中丸啓・後藤義夫 ほか. Assignee/applicant: Sony Group Corp.. Identifiers: 特許7537436; US12501831B2; US20220293847A1.
- 2020. Shake correction device, drive device, imaging device, and electronic apparatus. Inventors: 中田哲博・中丸啓・後藤義夫・武井智哉・江嶋一行. Assignee/applicant: Sony Corp.. Identifiers: 再表2020/009071; WO2020009071A1; US11330183B2.
- 2018. Actuator, driving member, tactile sense presenting device, and driving device. Inventors: 中田哲博・中丸啓・後藤義夫・石川博一・堺健太郎・若菜和仁. Assignee/applicant: Sony Corp.. Identifiers: 再表2018/207707; WO2018207707A1; US11433425B2.
- 2018. Actuator and manufacturing method therefor. Inventors: 中丸啓・石川博一・堺健太郎・中田哲博・若菜和仁・後藤義夫. Assignee/applicant: Sony Corp.. Identifiers: 再表2018/124308; WO2018124308A1; US11444555B2.
- 2018. Actuator, actuator module, endoscope, endoscope module, and controlling method. Inventors: 中田哲博・中丸啓・石川博一・若菜和仁・後藤義夫. Assignee/applicant: Sony Corp.. Identifiers: US11684752B2; WO2018030250A1; 再表2018/030250.
- 2019. Transducer device, joint device, and actuator device. Inventors: 若菜和仁・中丸啓・中田哲博・石川博一・行本智美. Assignee/applicant: Sony Corp.. Identifiers: WO2019008921A1.
- 2016. Transducer and electronic device. Inventors: 藤田修二・角田夕香里・中丸啓. Assignee/applicant: Sony Corp.. Identifiers: US10566914B2; 特開2016-046953.
- 2012. Three-dimensional interactive display. Inventors: Wei Luo・戸木田裕一・後藤義夫・山田斉爾・中丸啓. Assignee/applicant: Sony Corp.. Identifiers: US8884899B2; 特開2012-247910.
- 2012. Protein semiconductor and p-n junction (manufacturing methods). Inventors: 戸木田裕一・後藤義夫・Wei Luo・中丸啓・山田斉爾. Assignee/applicant: Sony Corp.. Identifiers: 特開2012-248684; US Patent App. 14/119,130.
- 2012. Photoelectric conversion element, solid-state image sensor, photoconductor and related. Inventors: Wei Luo・戸木田裕一・後藤義夫・山田斉爾・中丸啓. Assignee/applicant: Sony Corp.. Identifiers: US8895965B2; 特開2012-186320.
- 2012. Protein photoelectric conversion device and photoelectric conversion system. Inventors: 山田斉爾・戸木田裕一・後藤義夫・Wei Luo・中丸啓. Assignee/applicant: Sony Corp.. Identifiers: US8748874B2; 特開2012-146566.
- 2015. Metal-air secondary battery. Inventors: 清水圭輔・飯田広範・中山有理・中丸啓. Assignee/applicant: Sony Corp.. Identifiers: 特開2015-201293. Status: Not granted.
- 2018. Sensor unit and method of manufacturing sensor element. Inventors: 中丸啓・筧康明. Assignee/applicant: Keio University. Identifiers: 特開2018-194387.
- 2022. Electrohydrodynamic (EHD) pump. Inventors: 中丸啓・筧康明・藤井樹里. Assignee/applicant: University of Tokyo. Identifiers: 特開2022-015069. Status: Not granted.
- 2025. Walking posture state estimation system and method. Inventors: 山村淳貴・中丸啓・田島康太郎・前田真吾. Assignee/applicant: Auror, Inc.. Identifiers: 特開2025-105211. Status: Under examination.

## Awards & Recognition

- 2022. STARTS Prize (Honorary Mention). Ars Electronica / S+T+ARTS. Project: Ambient Weaving. Corporate/collaborative work.
- 2021. 第24回 日本バーチャルリアリティ学会論文賞. 日本バーチャルリアリティ学会. Project: LayerPump.
- 2021. [YouFab Global Creative Awards 2020 — Finalist (Feb. 2021)](https://www.youfab.info/2020/). YouFab. Project: ExpandFab.
- 2019. Best Paper Award. ACM DIS. Project: MorphIO.

## Exhibitions

- 2026. Alternative Crafts. Project: Alternative Crafts. Venue: TOKYO PROTOTYPE. Corporate/collaborative work.
- 2026. 呼色 / Yobiiro（produced by ZOZO NEXT）. Project: 呼色 / Yobiiro. Venue: 3daysofdesign. Corporate/collaborative work.
- 2025. [紋響](https://knitfabricspeaker.lab.zozo.jp/). Project: 紋響. Venue: 大阪・関西万博 EXPO 2025. Corporate/collaborative work.
- 2025. [Path in Trace 轍](https://fashiontechnews.zozo.com/projects/shinichi_mita/wadachi). Project: Path in Trace 轍. Venue: ラフォーレ原宿ミュージアム. Corporate/collaborative work.
- 2024. [Healthcare Solution Prototype](https://www.suntory.co.jp/news/article/14273.html). Project: Healthcare Solution Prototype (CES). Venue: CES.
- 2023–2024. [Ambient Weaving Ⅱ](https://ambientweaving2.lab.zozo.jp/). Project: Ambient Weaving 2. Venue: Have a nice Tokyo; Hosoo Gallery; LVMH Métiers d'Art. Corporate/collaborative work.
- 2022. Interverse of Things. Project: ExpandFab. Venue: Ars Electronica Festival 2022.
- 2021–2022. [Ambient Weaving](https://ambientweaving.lab.zozo.jp/). Project: Ambient Weaving. Venue: Hosoo Gallery; SXSW; Ars Electronica Festival; 科学と芸術の丘. Corporate/collaborative work.
- 2017–2019. Heteroweave. Project: Heteroweave. Venue: 布のデミウルゴス（YCAM）; Ars Electronica Festival 2018; 未来の学校祭（東京ミッドタウン）.

## Teaching / Academic Activities

- 2022, 2023. 法政大学 システムデザイン学部. 「素材と機能」.

## Selected Media, Talks & External References

- n.d.. [伝統工芸と最新技術の融合：ZOZO NEXTのテキスタイルチームが語る「Path in Trace - 轍 -」展の舞台裏](https://fashiontechnews.zozo.com/projects/shinichi_mita/wadachi). fashion tech news. Type: Media / Press. Project: Path in Trace 轍. Context: Project formation, technical direction, and collaboration with Shinichi Mita. Satoshi Nakamaru is named in the source.
- n.d.. [SXSW2022出展・スマートテキスタイルプロジェクトについてZOZO NEXTとのインタビューを公開！](https://note.com/imgsrc_inc/n/n631fb436ee24). IMG SRC. Type: Media / Press. Project: Ambient Weaving. Context: Technical implementation, prototyping, exhibition quality, and business contact. Satoshi Nakamaru is named in the source.
- n.d.. [ZOZO NEXT、東大、西陣織の老舗が挑戦する「スマートテキスタイル」の目指す場所](https://newswitch.jp/p/38000). ニュースイッチ. Type: Media / Press. Project: Ambient Weaving Ⅱ. Context: Technical prototypes and R&D strategy for next-generation materials. Satoshi Nakamaru is named in the source.
- 2024. [IDEATIONS TALK#03：新規事業創出やR&Dにおける空間コンピューティングの可能性](https://note.com/d2cid_inc/n/n869569058320). D2Cマーケティング&クリエイティブ事業本部. Type: Talk / Panel. Context: Spatial computing, R&D, new business creation, and dialogue record. Satoshi Nakamaru is named in the source.
- 2023. [【TMIP×東京大学×ZOZO×細尾×三菱地所 連携企画】先端素材・デバイス×伝統工芸から考える産学/企業間共創](https://www.tmip.jp/ja/event/4220). TMIP. Type: Talk / Panel. Project: Ambient Weaving. Context: Materials, devices, craft, and industry-academia collaboration. Satoshi Nakamaru is named in the source.
- n.d.. [新素材で拡張する、ファッションの未来 ZOZO × KMD「ファッションに特化した IoTノード開発」](https://www.kmd.keio.ac.jp/ja/stories/partner-stories/development-of-fashion-specialized-Iot-nodes/). Keio Media Design. Type: Official / Partner Story. Project: Project Link. Context: Research collaboration and prototype expansion with Keio Media Design. Satoshi Nakamaru is named in the source.
- 2025. [ZOZO NEXTとPoiesis Labs、大阪・関西万博で“音を発するニット”を初公開](https://zozonext.com/news/20250613_monkyo). ZOZO NEXT. Type: Official / Partner Story. Project: 紋響 / MONKYO. Context: Official release with role and comment for MONKYO. Satoshi Nakamaru is named in the source.
- n.d.. [ファッションテックの領域のヴェールを取り払う：ZOZO NEXTによるSXSWへの挑戦](https://fashiontechnews.zozo.com/projects/zozonext_sxsw2022/zozonext_sxsw1). fashion tech news. Type: Media / Press. Project: Ambient Weaving. Context: Project leadership and specialist positioning around SXSW and smart textiles. Satoshi Nakamaru is named in the source.
- 2022. [Ambient Weaving, Developed by ZOZO NEXT, Wins Honorary Mention at One of the World's Largest Media Art Events](https://fashiontechnews.zozo.com/en/projects/ars_electronica_2022/ars_electronica_nakamaru). fashion tech news (English). Type: Official / Partner Story. Project: Ambient Weaving. Context: English-language interview identifying Satoshi Nakamaru as the project lead at ZOZO NEXT. Satoshi Nakamaru is named in the source.
- 2024. [Garden and Textile: The Shades of Shadows — Exhibition Handout](https://www.hosoogallery.jp/wp/wp-content/themes/hosoogallery/img/exhibitions/shade-of-shadows/exhibition_handout.pdf). HOSOO GALLERY. Type: Official / Partner Story. Project: Ambient Weaving / The Shades of Shadows. Context: Official exhibition credit for textile and material research and development, naming Satoshi Nakamaru and ZOZO NEXT. Satoshi Nakamaru is named in the source.
- 2021. [マテリアルエクスペリエンスという問い：What’s the Matter? 001イベントレポート](https://ftn.zozo.com/n/n5e236293062f). fashion tech news. Type: Talk / Panel. Context: Material experience, embodied interaction, and interdisciplinary perspectives on materials. Satoshi Nakamaru is named in the source.
- 2021. [数理的生成手法によるCGとデジタルファブリケーション](https://joint.imi.kyushu-u.ac.jp/post-1448/). 九州大学マス・フォア・インダストリ研究所. Type: Talk / Panel. Context: Mathematical generation, computational design, CG, and digital fabrication. Satoshi Nakamaru is named in the source.
- 2025. [“音を出すニット“、大阪・関西万博でZOZOが披露　「音が布から湧き上がる」](https://www.itmedia.co.jp/news/articles/2506/13/news073.html). ITmedia NEWS. Type: Media / Press. Project: 紋響 / MONKYO. Context: Project press coverage for MONKYO.
- 2025. [ZOZOネクストとポイエーシスラボが大阪・関西万博で“音を発するニット”を初公開](https://www.wwdjapan.com/articles/2135304). WWD. Type: Media / Press. Project: 紋響 / MONKYO. Context: Project press coverage for MONKYO.
- n.d.. [ゾゾ ネクスト×東京大学×細尾が共同研究による展示を開催　スピーカー機能を持つテキスタイルなど](https://www.fashionsnap.com/article/2023-08-01/zozonext-exhibition/). FASHIONSNAP. Type: Media / Press. Project: Ambient Weaving Ⅱ. Context: Project press coverage for Ambient Weaving II.
- n.d.. [【未来テック図解】毎日洋服のデザインが変わる!?「スマートテキスタイル」が実現するファッションの新しいカタチ](https://dime.jp/genre/1285419/). DIME. Type: Media / Press. Project: Ambient Weaving. Context: General smart textile press coverage.

## Contact

- Contact page: https://snakamaru.info/contact/
- Advisory: https://snakamaru.info/advisory/

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