It is well known that ion implantation is one of the basic tools for semiconductor device
fabrication. The implantation process itself damages, however, the crystallographic lattice of …

Densification of oxide glasses at the glass transition offers a novel route to develop bulk
glasses with tailored properties for emerging applications. Such densification can be …

Despite their transformative role in our society, oxide glasses remain brittle. Although
extrinsic postprocessing techniques can partially mitigate this drawback, they come with …

Humans primarily interact with information technology through glass touch screens, and the
world would indeed be unrecognizable without glass. However, the low toughness of oxide …

Sodium aluminoborate glasses are found to exhibit favorable mechanical properties,
especially high crack resistance, due to their relatively low resistance to network compaction …

The constituents of oxide glasses are typically classified as network formers, which form the
rigid backbone of glasses, and network modifiers, which tend to either charge stabilize …

Deciphering the structure-property relations of densified oxide glasses is a problem of
longstanding interest. For example, it is important for understanding the fracture mechanism …

Human interaction with multimedia devices occurs predominantly over inorganic glass
surfaces. Scratch-induced damage is a primary limitation in the suitability of brittle glasses …

Poisson's ratio (ν) defines a material's propensity to laterally expand upon compression, or
laterally shrink upon tension for non-auxetic materials. This fundamental metric has …

The low fracture toughness of oxide glasses is a key limitation for many of their applications.
Inducing and controlling nanoscale phase separation in oxide glasses has been proposed …