FlexMat Call for Papers | Themed Collection on Flexible Devices Enable Active Health
FlexMat是柔性电子全国重点实验室与Wiley合作的重要学术载体，国际稿源占比35%，即时影响因子已达20，2025年入选中国科技期刊卓越行动计划高起点新刊项目。此次专辑征稿包含有艺术与交互设计在智慧可穿戴、界面设计、UX等领域的应用研究。敬请关注。
为探讨柔性设备在主动健康监测、个性化诊疗及精准医疗干预领域的前沿研究与应用转化，FlexMat现征集“柔性设备赋能主动健康”（Flexible Devices Enable Active Health）主题专辑稿件。特邀客座编辑团队为陶光明教授（华中师范大学）、张莹莹教授（清华大学）、卢守四教授（中国康复研究中心）、陈登凯教授（西北工业大学）及郑达教授（华中师范大学）。
随着全球健康管理理念向“预防为主、早期干预”转变，柔性电子技术与智能系统正成为推动主动健康创新的核心驱动力。 柔性设备凭借其优异的柔韧性、生物相容性与贴合性，能够实现长期、连续、精准的生理信号监测，为疾病早期预警、慢性病动态管理和康复效果评估提供了全新的技术范式。该领域的发展，深度融合了先进材料、微纳制造、生物传感与数据智能分析技术，正逐步重塑未来健康管理的技术路径与应用生态。同时，从艺术与人文的视角出发，探索柔性设备在用户体验、社会接受度与美学设计方面的可能性，将为技术发展注入新的活力。
基于柔性电子与智能传感的系统，可随形贴附于人体不同部位或组织表面，实时获取生命体征、生化指标及运动状态等多维度信息，并通过闭环反馈机制实现个性化药物递送、物理治疗或认知支持。 这些技术不仅在日常生活与临床环境中具有广泛应用前景，更在航空航天、深海作业等极端环境下展现出保障人员健康与提升作业效能的独特潜力，为推动柔性器件从实验室走向产业化与临床应用提供了重要方向。此外，跨媒体艺术与互动设计的介入，能够促进柔性设备在智慧可穿戴、人机交互界面等领域实现更具创造性和人文关怀的应用。
Flexible devices are transforming the landscape of active health management through innovative integration of advanced materials, wearable technologies, and intelligent systems. These developments enable real-time physiological monitoring, personalized diagnostics, and targeted therapeutic interventions, bridging the critical gap between materials science, biomedical engineering, and clinical medicine. This emerging field holds tremendous potential for advancing early disease prevention, rehabilitation strategies, and precision medicine approaches. Simultaneously, exploring the possibilities of flexible devices from the perspectives of art and humanities—in terms of user experience, social acceptance, and aesthetic design—will inject new vitality into technological development.
This FlexMat special collection showcases cutting-edge research in flexible devices that empower proactive health solutions. We welcome studies focusing on passive radiative cooling/heating materials, wearable biosensors with FDA-cleared accuracy, closed-loop drug-device systems, and cognitive-load-optimized designs for extreme environments. Of particular interest are contributions that demonstrate novel material architectures for self-sustaining health monitoring, scalable fabrication methods for wearable devices, Fuzzy-Timed Bayesian (FTA-FBN) health analytics, and ergonomic innovations for enhanced usability under physiological stress conditions.Furthermore, the intervention of transmedia art and interactive design can promote more creative and human-centered applications of flexible devices in areas such as smart wearables and human-machine interfaces.
Submissions are invited (but not limited to) the following topics
(1) 人体与装备的热管理调控
Thermal management
(2) 柔性传感与实时诊断
Flexible sensors and real-time diagnostics
(3) 闭环药物器械系统
Closed-loop drug-device systems with clinical validation
(4) 极端环境人机交互
Cognitive-performance-optimized human-machine interfaces in extreme environments (e.g., aerospace, deep-sea)
(5) 智能健康数据分析
Fuzzy-Timed Bayesian enhanced health analytics
(6) 柔性可穿戴设备的人机交互设计与用户体验
Human-machine interaction design and user experience for flexible wearable devices
陶光明教授
Dr. Guangming Tao
华中师范大学
Central China Normal University, China
tao@ccnu.edu.cn
张莹莹教授
Dr. Yingying Zhang
清华大学
Tsinghua University, China
yingyingzhang@tsinghua.edu.cn
卢守四教授
Dr. Shousi Lu
中国康复研究中心
China Rehabilitation Research Center, China
luss12@163.com
陈登凯教授
Dr. Dengkai Chen
西北工业大学
Northwestern Polytechnical University, China
chendengkai@nupu.edu.cn
郑达教授
Professor Da Zheng
华中师范大学
Central China Normal University
742872@qq.com
主动健康 | 热管理 | 可穿戴设备
转化医学 | 人机交互 | 用户体验
Active health | Zero-energy thermal management
Wearable devices | Translational medicine
Human-machine interaction | User experience
投稿截止日期
Submission deadline
专辑预计出版日期
Expected publication
2026年6月（论文录用后将会优先安排在线出版）
June 2026 (Articles will be given priority for online publication upon acceptance).
投稿须知/特别说明
Submission Guidelines/Instructions
投稿时，请在系统中选择“Yes”并勾选本专辑标题（Flexible Devices Enable Active Health），以便我们正确收集信息。
During submission via the Online Submission System, select “Yes” and choose the special collection title from the drop-down list when prompted with the question “Is this submission for a special issue?”.
1.投稿类型
本专辑接受研究论文、综述、展望及短讯等类型的投稿。稿件须为原创、未公开发表且不涉及一稿多投。
2.高效见刊
通过格式与学术规范性初审的稿件将进入单盲评审环节。录用文章将在定稿后即时在线出版，并收录于本主题专辑页面。
3.专享豁免
2025–2026年度录用文章享受APC全额豁免。
This Collection welcomes both invited and unsolicited submissions of original research articles, reviews, perspectives, and short communications aligned with FlexMat’s scopes in flexible devices foractive health. Authors may optionally submit a tentative title and abstract (about 150 words) to the Editorial Office for early visibility on the collection page.
All manuscripts must be unpublished and not under consideration elsewhere (except conference proceedings papers). Submissions undergo initial technical evaluation (scope alignment, formatting compliance, and plagiarism check), followed by single-blind peer review. Accepted articles will be published upon acceptance and compiled on the Themed Collection page.
Manuscripts must follow Author Guidelines and use professional English. Full APC waivers apply to all submissions accepted in 2025–2026.
FlexMat是由南京邮电大学柔性电子全国重点实验室与Wiley出版集团联合新创办的开放获取国际学术期刊。创刊主编由中国科学院院士、俄罗斯科学院外籍院士、美国国家工程院外籍院士黄维院士担任；共同主编由新加坡材料研究院罗贤俊教授和南京邮电大学汪联辉教授担任；执行主编由南京邮电大学赖文勇教授担任；编委团队由来自世界各地的杰出专家学者组成。
FlexMat主要刊载先进材料和柔性电子领域的最新材料科学研究进展，聚焦柔性电子功能材料，涉及材料、化学、生物、物理、光学工程、电子信息、生命科学和先进能源等学科交叉领域材料研究和应用最前沿，涵盖柔性电子、有机电子、塑料电子、印刷电子、生物电子、智能电子、能源电子、健康电子等方向的新材料、新概念和新应用。
SOURCE/来源 FlexMat
EDITOR/编辑 刘泽欣 卓靖芸
FINAL REVIEWER/审核 郑达
