Recent progress in the physics of microfluidics and related biotechnological applications

- Theory solves the case of droplet breakup in T-junctions in the obstructed regime.
- New dynamical behaviors are obtained in microfluidic droplet populations.
- The quenching of mixing in a chip with an external laser is demonstrated.
- Streamline patterns have been 'sculpted' with inertial microfluidics.
- Porous media transport laws have been shown to apply in paper microfluidic chips.