Nanophysics and Soft Matter

Pseudopediastrum algae imaged with an optically trapped probe Lipid vesicles produced using PDMS-based microfluidic chip 1um diameter spiral of salt crystals imaged with an AFM SAXS of clay platelets magnetically aligned in nematic 5CB

The Nanophysics and Soft Matter Group studies the function and interaction of objects at the micro and nanoscale in order to understand fundamental physical and biological processes; drive innovation in instrument development, and design and manipulate functional materials with applications in technology, biology and medicine.

New Postgraduate Opportunity

Techniques: image of a PDMS based microfluidic device

Techniques

From pioneering work in high speed atomic force microscopy to cutting edge optical tweezers workstations, the Nanophysics and Soft Matter group maintain a variety of well-equipped research laboratories, as well as expertise on a variety of related topics.

Facilities and techniques