Our MFL Museum collects and exhibits all innovative products and research concepts developed by our group members including awards received.  

We used paper-based microfluidic devices as platforms for analytical applications such as fluidic transportation, solution mixing, chemical immobilization, chemical detection, and biomarker detections.  

We used paper-based digital microfluidic devices as platforms for analytical applications such as fluidic droplet transportation, mixing, splitting, chemical detection, and biomarker detection.

They were fabricated and used for chemical and biomarker detection such as  glucose and uric acid.

The artwork contained 3 LEDs  and they were lightening when electricity was applied. The last one is top view of Angkor Wat Temple.

This printing method is simple and low-cost that is suitable for low resource setting. 

Our conductive pens contain conductive inks such as silver nanoparticle ink, carbon nanotube ink, Teflon ink and more. They can be used for direct handwriting and with digital drawing with a plotter.

Colorful gold nanoparticle solutions and gold nanoparticles were prepared.