*Themes*
Atomistic Methods
Continuum Methods
Multiscale Methods
Stochastic Methods
Free-Discontinuity Methods
Computational Methods
Thermodynamics and kinetics
and their applications in the understanding of:
Electronic structure of materials,
Phase transformations and microstructure evolution,
Ferromagnetic, ferroelectric, multiferroic and martensitic materials,
Thin structures, thin films, epitaxial growth,
Liquid crystals, gels, polymers, foams,
Nanomaterials and self-assembled structures,
Soft materials and bio-materials,
Optical and photonic materials,
Materials for energy applications,
Stochastic phenomena and rare events,
Damage, fracture and failure of materials,
Random composite materials, interfacial phenomena
When | Sun May 11 – Wed May 14, 2008 |