Brillouin microscopy uses this scattering of light from sound waves to measure sample stiffness in 3D at microscopic scale, without requiring physical access. This permits measurement of sample stiffness in otherwise inaccessible places such as the interior of cells.
Talented Undergraduate, Graduate and Post doctoral applicants are encouraged to apply with proposals for projects outside of the ones listed in this section. We are always happy to discuss future collaborations.
AIBN's Dr Nasim Amiralian is leading a project on developing a new generation of sustainable composite materials designed specifically for electric vehicles.
