Featured research:
We exploit the fundamental knowledge of surfaces structure and reactivity to design new materials vital for future industrial and renewable energy applications.
Featured research:
One of the key driving forces behind nanophotonics, besides our curiosity, is its great promise to act as the key methodology to access the molecular scale, free of electrical contacts.
Featured research:
We work on protein adsorption and crystallization, metal electrodeposition, spin-transport through single molecules and self-assembled monolayers and nanomagnetism.
Prof. Walther Schwarzacher
Bristol's Micro & Nanostructural Materials Group
Featured research:
E.ON's International Research Initiative is funding investigations into the use of lithiated-diamond nanoparticles as a novel material for solar energy capture - clean power for the future.
Featured research:
In 2001 all-optical quantum computing became feasible with the discovery that scalable quantum computing is possible using only single photon sources, linear optical elements, and single photon detectors
Featured research:
As part of the EU-funded NanoTEST project, we investigate placental transport and toxicity of medically-relevant nanoparticles, to determine whether potential foetal risks arise from maternal exposure.