Lead Supervisor: Professor Khellil Sefiane

Second Supervisor: Dr Vasileios Koutsos

Application Deadline: Open all year

Contact Email: ksefiane<στο>ed.ac.uk

Project description

We have significant expertise in the physics of pattern formation (coffee-stain effect, stick-slip phenomena) after evaporation of the liquid component of nanofluid drops. This project aims to take advantage of this expertise and expand the applications to biomedically related drops such as protein solutions, bacteria suspensions, body fluids (such as blood). The target is to develop facile and inexpensive diagnostic techniques for various diseases based on the patterns developed after evaporation of biodrops. In order to accomplish this, we will initially design and perform model experiments with a variety of model systems involving polymers and oblong and compliant particles in order to understand the issues related to the physics of pattern formation after evaporation from such complex fluids systems. Then we will move to 'real' biomedically-related systems involving proteins, bacteria and cells. The patterns will be studied by advanced optical microscopy and atomic force microscopy.

Specific eligibility criteria

Candidates with a first degree in engineering, physics, materials or chemistry are encouraged to apply. The project is experimental in nature and some laboratory experience is required.

How to apply

Apply here and choose “Materials and Processes” to fill out your application form.