01 · Research第一页 · 研究

My research focuses on improving drug delivery in clogged blood vessels, especially in dead-end vessel geometries where transport is very slow. By engineering solute concentration gradients and tailoring microchannel surface properties, I study how to control particle motion and significantly accelerate transport, reducing delivery times from days to hours. Building on this, I developed tunable hydrogel “beacons” that generate sustained chemical gradients to attract, repel, sort, and organize particles without pumps or external power. 我的研究聚焦于改善血管堵塞处的药物输运，尤其是输运极慢的死端血管几何结构。通过设计溶质浓度梯度并定制微通道表面性质，我研究如何控制颗粒运动、显著加速输运过程，把药物到达时间从几天压缩到几小时。在此基础上，我开发了可调谐的水凝胶「信标」——它们能产生持续的化学梯度，在不依赖泵或外部能源的情况下吸引、排斥、分选并组织颗粒。

02 · Roots第二页 · 起点

My passion for improving people's lives and protecting the environment began to take shape during undergrad. My research at UCSB reflected those interests — capillary flows in suspensions, cohesive grains for dust removal, and modelling the physics of rockslides and avalanches. 我对改善人们的生活、保护环境的热情是从本科阶段开始成形的。在 UCSB 的研究反映了这种兴趣——悬浮液中的毛细流动、用黏性颗粒去除粉尘，以及对滑坡和雪崩物理过程的建模。

03 · Outside the lab第三页 · 实验室之外

I was the vice president of the UCSB student chapter of the American Institute of Chemical Engineers (AIChE). In my spare time I write songs and rehearse with my band, and play a lot of basketball with friends. 我曾担任 UCSB 美国化学工程师协会（AIChE）学生分会副主席。业余时间我写歌、和乐队一起排练，也喜欢和朋友打篮球。

04 · Open door第四页 · 敞开的门

I'm happy to help others find their way into the world of microfluidics and academia — reach out anytime. 我乐意陪伴更多人走进微流控和学术的世界——欢迎随时联系。