FLUIDICS
SOFT MATTER
DIGITAL FABRICATION
- Microfluidics
- Low-cost microfluidic devices
- Vasculature-inspired fluidics
- Tissue engineering
- Shape memory polymers
- Soft robotics
- Flexible devices
- 3D printing of edible materials
- Direct ink writing (DIW) 3D printing
- Liquid-in-liquid 3D printing
- Ink rheology design
- Bioprinting
Recent Post
Our book on 3D food printing is published. This book discusses different aspects of 3D food printing: instruments, materials, and applications. Congrats and many thanks to everyone in the author team. Shout-out to Justin who…
Terry‘s recent paper in collaboration with Yi-Chin’s group is featured as the cover image of Small. Once again, congratulations and many thanks to everyone in the collaborative team! We made 3D and branched vascular structures…
Rahul and Jason’s work on embedded core-shell printing has been published. Embedded 3D printing (e3DP) has been widely demonstrated to fabricate free-form structures of flexible resins (such as polysiloxane). In this work, we investigated the…
Terry’s paper on biomimetic vasculature is now published online. Biofabrication of vascular surrogates is important in studying cardiovascular disease, but existing fabrication methods are yet limited in achievable vasculature structures. In this work, we demonstrated…
Earlier in May, our team attended MRS Spring 2022 in Honolulu and had a wonderful time. The highlights are: Terry received MRS Graduate Student Silver Award Kento’s work was selected as the Best Poster Award…