杨奕教授长期从事于信息光学、光学芯片系统集成及微流控芯片的应用。包括光流控芯片的设计与实现，智能化集成，以及光流控在生化传感和环境检测上的应用。在 Nat. Commun.、 Lab Chip 、Optica、 ACS Photonics、Laser photonics & Reviews、ACS Sensors等顶级期刊发表相关论文50余篇，获得 “全国百篇优秀博士论文提名”。被微流技术领域期刊 Lab on a Chip聘为 Guest editor，2016年度 Emerging Investigators。国际光流控大会委员、第十届大会主席；中国光学工程学会高级会员兼先进光学制造青委会常务委员；中国微纳学会微流控论坛委员，分会主席； 中国激光杂志社青编委；教育部重大项目会评专家 。

Professor Yang Yi has long been engaged in the information optics, optical chip system integration and microfluidics. Including the design and implementation of optofluidics, integration of intelligent, and the application of optofluidics in biochemical sensing and environmental detection. He has published more than 50 related papers in top journals such as Nat. Commun., Lab Chip, Optica, ACS Photonics, Laser photonics & Reviews, ACS Sensors, etc., and was nominated for "National Hundred Excellent Doctoral Dissertations". Hired as a Guest editor by Lab on a Chip, a journal of the field of microfluidic technology, and Emerging Investigators in 2016. He is member of the International optofluidics Conference and is chair of the tenth congress; Senior member of the Chinese Society of Optical Engineering and standing member of the advanced optical manufacturing youth committee; Member of the microfluidic forum of chinese Micro-Nano Society, Chair of the branch; Editorial board member of chinese laser magazine;  Expert on major projects of the Ministry of Education. 

杨奕

Yi Yang

研究兴趣

Research interest

Undergraduate courses：

通讯信息

Information

单位信息：武汉大学物理科学与技术学院

Teaching

教学工作

专业的团队，专属你的个性化装修

微流控技术

达沃斯论坛年度十大新兴技术之一: 微流控 

耗样少

易集成

耗时少

高通量

高精度

自动化

非均匀流体中光的传播与调制

光流控（Optofluidics）在微纳尺度操控光和流体，通过光与流体之间的相互作用去观察独特的流体和光学现象，构造创新性的光流控器件，具有相比与固体光学器件独特的优势，并利用这些器件进行微小尺度下化学和生物传感等领域应用。

Zhu et al. Optofluidics: the interaction between light and flowing liquids in integrated devices. Opto-Electronic Advances 2019, 2 (11). 

Zhu et al. Tunable visible cloaking using liquid diffusion. Laser & Photonics Rev. 11(6), 2017.

Shi et al. Tunable self-imaging effect using hybrid optofluidic waveguides," Lab Chip, 15(23), 4398-4403, 2015.

光流控在样本探测与操控应用

Zhu et al. Optofluidic marine phosphate detection with enhanced absorption using a Fabry-Pérot resonator. Lab Chip, 23, 4025-4030, 2017.

Hu et al. Precise and non-invasive circulating tumor cell isolation based on optical force using homologous erythrocyte binding. Lab on a Chip 2019, 19 (15), 2549-2556.

声学调制在微流控的应用探索

智能化集成在光流控的新机遇

Shi et al. Optofluidic differential colorimetry for rapid nitrite determination," Lab Chip, 18, 2994-3002, 2018.

Optofluidic restricted imaging, spectroscopy and counting of nanoparticles by evanescent wave using immiscible liquids," Lab on a Chip, 16(16), 3007-3014, 2016. 

光流控纳米粒子分离

Hu et al. Versatile biomimetic array assembly by phase modulation of coherent acoustic waves. Lab on a Chip 2020, 20 (19), 3515-3523.

Hu et al. Precise label-free leukocyte subpopulation separation using hybrid acoustic-optical chip. Lab on a Chip 2018, 18 (22), 3405-3412。

Hu et al. On-chip hydrogel arrays individually encapsulating acoustic formed multicellular aggregates for high throughput drug testing. Lab chip. 2020,20,12.

Liu et al. Tunable liquid transformation optical waveguide bends," Optica. 4(8): 839, 2017.

上：Zhu et al. A Portable and Accurate Phosphate Sensor Using a Gradient Fabry- Perot Array. ACS Sensors. 2020, 5, 5, 1381–1388.

左上：人工智能与光流控平台的结合用于细胞变形分析 （Submitted work）

人工智能与手机平台赋能与光流控技术，实现微观样本处理-操控-识别分析，提供智能识别分析能力，提升效率。包括手机远程控制，远程检测水质，AI识别分析细胞在芯片中理化参数辅助疾病诊断等。

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