Differential scanning calorimetry (DSC) is a powerful tool to address some of the most
challenging issues in glass science and technology, such as the nonequilibrium nature of …

Atomic structure dictates the performance of all materials systems; the characteristic of
disordered materials is the significance of spatial and temporal fluctuations on composition …

Controlling crystallization kinetics is key to overcome the temperature–time dilemma in
phase change materials employed for data storage. While the amorphous phase must be …

Recent progress in the description of glassy relaxation and aging are reviewed for the wide
class of network-forming materials such as GeO 2, Ge x Se 1− x, silicates (SiO 2–Na 2 O) or …

The field of glass science is quickly maturing from a purely empirical science to one built
upon rigorous fundamental physics. These advancements offer an unprecedented level of …

C. Austen Angell has been a great inspiration for liquid and glass scientists including myself.
He was a close collaborator of mine on glass dynamics and thermodynamics, particularly on …

The past decade has witnessed a significant upsurge in the development of borate and
borosilicate based resorbable bioactive glasses owing to their faster degradation rate in …

Stretched exponential relaxation is a ubiquitous feature of homogeneous glasses. The
stretched exponential decay function can be derived from the diffusion-trap model, which …

We examine the mean relaxation time predicted by the Maxwell relation for stress and
structural α‐relaxation phenomena. We express this relation using the Markov network …

The structural relaxation properties of 34 compositions of Ge–As–Se glass forming liquids
are investigated by differential scanning calorimetry (DSC). The fragility index (m) and …