Featured research:
We work with nanometre scale waveguide structures to generate, route and control particles of light: photons. By manipulating these quantum states we are opening new paradigms in information, computing and communications.
Featured research:
We are investigating the behaviour of optically trapped structures, fabricated using two photon polymerisation. Applications include low force surface microscopy and sub-picoNewton force measurement.
Featured research:
I am a theoretical physicist working in the field of quantum information. My main research interests are the foundations of quantum mechanics and their potential applications, in particular for information processing.
Featured research:
I am interested in quantum metrology, the manipulation of quantum information and quantum walks; currently focused on applying integrated waveguide circuitry for developing quantum technologies and quantum physics experiments.
Featured research:
I develop natural polymer- and nanocomposite-based fibres and 2D/3D scaffolds, and observe the adhesion, proliferation and chondrogenic differentiation of stem cells upon them.
Featured research:
My research looks at the behaviour of biological materials as they move. I design and build simple microfluidic devices to study flow on small scales.
Dr. Annela Seddon
Bristol Centre for Functional Nanomaterials
Self Assembly of Biological Nanostructures in the Nanophysics and Soft Matter Group
"The new Bristol Centre will serve as a commendable and viable construct for interdisciplinary research; it's ultimate goal is to move to new shores and new territories."
Nobel laureate, Dr Heinrich Rohrer, 2010