My research is in the area of mesoporous silica nanoparticles and follows on from the work of Christabel Fowler and Sajani Sadasivan. Nanoparticles of MCM-41 were synthesised by a unique method of dilution and neutralisation. Transmission electron Micrsocopy (TEM) and X-Ray Diffraction techniques were used to confirme the mesostructured interior of the particles. Organofunctionalised particles could also be prepared by addition of 10mol% organosilane to the synthesis mixture. Allyl and amino funtionalised particles were spherical and similar to unfunctionalised particles but introduction of thiol groups lead to a change in morphology towards a worm-like structure.

My work involves the aggregation and ordering of these different types of particles to obtain structures linking different morphologies, functionalities and porosities. One method involves a seeding technique, using pre-prepared particles to seed the growth of others. The second method is preparation of solid Microspheres by sonication of particles suspended in toluene using water droplets as templates.

I also work on the template-directed synthesis of silica-coated J-aggregate nanotapes, which involves the trapping of porphyrin assemblies in a fine coating of silica.

My final project covers the study of cellulose nanorods and their use as templates for porous materials.

Outside the world of Chemistry I am involved in the Postgraduate Union and help to look after the academic, welfare and social needs of Bristol’s postgraduate community, http://www.pgu.bris.ac.uk/. I also enjoy yoga at the union and have just taken up trampolining. I spend most of my weekends exploring Bristol and trying to sample as many wonderful bars and restaurants as possible!