Current projects:

Microfluidic Devices Based on AC and DC Electrokinetics

  Microfluidic and NanoSensor Immuno-Assay Kit

Micro-Stain Patterning: Dry Protein Library

Micromixing Chamber: Field-Induced Polarization and Electro-osmotic Vortex

Blood Diagnostic Kits: Microneedle Loading and Blood Cell-Plasma Separation

AC Electro-osmotic Trap and DEP Bacteria Detection/Separation

Micro-Heat Exchangers and AC Electrokinetic MicroPumps

Moving and Breaking Drops/Bubbles: Size-Dependent Dielectrophoresis

Corner Aggregation in Biochips: Electro-Osmotic Convection-Enhanced Aggregation

High-Pressure DC Micropump and High-Throughput Nano-Sprays for Drug Delivery

AC Electrospray

Microfluidic Technologies Developed at the Center for Microfluidics and Medical Diagnostics

Complex Interfacial Phenomena

Wave Dynamics on a Falling Film

Rivulet and Drop Formation

Fractal Dewetting

Crystallization Patterns from an Evaporating Drop

  Molecular Transport

Zeolite Diffusion Mechanisms due to Deterministic Dynamics and Lattice Vibration

Molecular Coarse-Graining for Bulk and Contact-line  Equations

Synthesis of Novel Materials by Electrochemistry and Electrokinetics

Electrophoretic Deposition of Nano-Gold Colloids onto Patterned Si and Al Surfaces

Anodization of Nano-Porous Alumina