卢红亮
教授，博士生导师
- - - - - - - - - - - - - - - - - - - - - - - - - -
E-mail：honglianglu@fudan.edu.cn
近日，复旦大学微电子学院卢红亮教授团队首次在聚酰亚胺（PI）基板上制备了全柔性的高性能β-Ga2O3光电晶体管，实现了超灵敏的深紫外光探测率，填补了β-Ga2O3基柔性深紫外探测领域的空白。相关工作以“High responsivity and flexible deep-UV phototransistor based on Ta-doped β-Ga2O3”为题发表于npj Flexible Electronics杂志上，文章链接：https://www.nature.com/articles/s41528-022-00179-3。微电子学院教授卢红亮、张卫，研究员杨迎国为通讯作者，博士研究生李晓茜为第一作者。
近日，复旦大学微电子学院卢红亮教授团队与复旦大学附属中山医院皮肤科杨骥主任团队合作制备了一种可拉伸的硬度传感器，实现了硬皮病患者皮肤硬度的定量评估，相关工作以“A stretchable hardness sensor for systemic sclerosis diagnosis”为题发表于Nano Energy杂志。
近日，复旦大学、中国科学院上海硅酸盐研究所在塑性无机半导体的应用研究方面取得重要进展，研究结果以“Full-flexible intelligent thermal touch panel based on intrinsically plastic Ag2S semiconductor”为题发表在材料类顶级学术期刊Advanced Materials上（https://onlinelibrary.wiley.com/doi/epdf/10.1002/adma.202107479）。
2021年1月，课题组博士生朱立远同学获评2020-2021学年复旦大学优秀学生标兵称号！
最近本团队采用MOCVD在HEMT模板上选区生长MicroLED结构，制备了基于HEMT结构的紫外探测器与MicroLED的集收发功能于一体的单片光子集成器件（IEEE Electron Device Lett. 43, 80-83, 2022）。该器件用作发射器可以获得接近300 MHz的3-dB调制带宽。用作接收器时，在365 nm紫外光下表现出<10 ms的响应时间和107 A/W量级的响应度。此外，接收到的紫外光信号可以转换为更高强度的可见光信号并通过MicroLED发射。本工作中的单片光子集成器件可用于未来集成光电系统中的片上光互连单元和光通信收发组件。
2021年6月，本课题组赵学峰博士、杨佳赫硕士、杭成洲硕士顺利通过毕业答辩！
2021年5月，本课题组的羽毛球队
2021年3月，本课题组赵学峰博士、陶佳佳博士获得2021年度EDWARDS高真空奖学金
As an indispensable and prevailing kind of flexible sensors, pressure sensors have been extensively used in the field of flexible electronics. To enhance the performance and broaden the applications of flexible pressure sensors, emerging nanomaterials with excellent electromechanical properties have been explored and developed over recent years. Herein, the latest progresses in flexible pressure sensors based on metal and carbonaceous nanomaterial are reviewed in this paper. Firstly, fundamental considerations of pressure sensors including transduction principles, evaluation parameters and nano-micro structures are presented. Furthermore, flexible pressure sensors based on carbonaceous nanomaterials, transition metal carbides and carbonitrides (Mxene), along with metal nanomaterials are reviewed and classified by different transduction principles. At last, a number of applications on electronic skin (E-skin) involving metal and carbonaceous nanomaterial-based flexible pressure sensors are introduced, including pressure distribution sensing, force direction detection, multifunctional sensing and system integration.
2021年3月，博士生赵学峰、朱立远受邀参加第16届IEEE NEMS国际会议，并作poster展示演讲