HIGHLIGHTS
SUMMARY
Mesoscale imperfections and inhomogeneities in structure and composition play a crucial role in the physical and chemical behavior of all materials. The mechanical properties and response of materials, especially at extreme conditions, e_g, at pressures above a Mbar, are largely dictated by microstructure and defect content. The need to understand how voids and the void collapse process dictate materials performance under extreme conditions intersects many materials science applications and a range of disciplines, such as geophysics1, planetary- and fusion energy sciences2,3. Characterization of the response of void defects and void collapse during dynamic . . .
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