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Professor CP Royall

Colloidial dispersions : from super-simple to ultra-complex

CP Royall interested in tackling key unsolved problems in everyday materials. He combines computer simulations and novel experiments where suspensions of micron-sized colloidal particles, whose Brownian motion leads them to obey statistical mechanics in the same way as atoms and molecules, are imaged in 3D at the single-particle level. This two-pronged approach is uniquely powerful for tackling a wide range of problems in condensed matter. Key areas of interest include the nature of glass, the role of amorphous structures in understanding self-assembly, and the influence of networks in materials, such as gels and mobility graphs in dynamical arrest.


Royall Group Website :

Research keywords

  • Colloids
  • Statistical Mechanics
  • Self-assembly
  • Glass transition
  • Slow dynamics
  • Nucleation
  • Non-equilibrium processes