|Microrheology with Brownian Motion||
Measurement of the Brownian motion of particles moving freely or held in an optical trap can provide information on the viscoelastic properties of the surrounding medium on a microscopic scale. This project aims to use both conventional Brownian motion and also the random rotational motion of...
|Microrheology of eye fluids||
The ability to exert and measure forces and torques on microscopic objects offers the possibility to measure the rheological properties of tiny samples of fluids. One application with the potential to bring great social benefit is the measurement of the characteristics of natural eye fluids and...