Experimental techniques

• Static and dynamic light scattering
• Nanocalorimetry. Differential and isotermic.
• Molecular electrooptics. Transient birefringence and dichroism.
• Circular dichroism.
• Electron microscopy. Freeze etching and heavy metal replica.
• Light microscopy.
• Rheology. High freqency viscoelasticity; 100 - 100 000 Hz
• Spectroscopy. Absorption of UV-light and visible light.
• Liquid chromatography. Ion exchange and size exclusion

Theory and numerical modelling

• Further development of nanoparticle models
• Brownian dynamic simulations