Lacking the structural information of crystalline solids, the origin of the relaxation dynamics
of metallic glasses is unclear. Here, we report the evolution of stress relaxation of high …

The slow transition from an out-of-equilibrium glass towards a supercooled liquid is a
complex relaxation phenomenon. In this Letter, we study the correlation between …

Glass transition is one of the unresolved critical issues in solid-state physics and materials
science, during which a viscous liquid is frozen into a solid or structurally arrested state. On …

How glasses relax at room temperature is still a great challenge for both experimental and
simulation studies due to the extremely long relaxation time-scale. Here, by employing a …

Glass-to-glass transitions are useful for us to understand the glass nature, but it remains
difficult to tune the metallic glass into significantly different glass states. Here, we have …

It has long been recognized that the relaxation spectrum of glassy solids is intrinsically
connected to their disordered structural features and deformation behaviors. However, such …

The short-range ordered but long-range disordered structure of metallic glasses yields
strong structural and dynamic heterogeneities. Stress relaxation is a technique to trace the …

Metallic glasses are structurally heterogeneous below a certain length scale. Here we
demonstrate how elastic heterogeneities change in response to a macroscopic cyclic, but …

Upon cooling, glass-forming liquids experience a dynamic decoupling in the fast β and slow
α process, which has greatly influenced glass physics. By exploring an extremely wide …

Non-equiatomic high entropy bulk metallic glasses were reported recently and show unique
mechanical and physical properties. Dynamic mechanical relaxation behavior of Zr 35 Hf …