Researchers have found that attractive and repulsive interactions between particles are both essential to form structural order that controls the dynamics of glass-forming liquids. This knowledge will ...

The glass transition represents a remarkable transformation whereby a supercooled liquid becomes an amorphous, non-crystalline solid. Unlike standard phase transitions, this process involves a ...

Glass-forming systems have long fascinated researchers due to their unique transition from a fluid to a disordered solid state. Central to understanding these systems is the study of relaxation ...

Chemists have found a novel glass-forming liquid electrolyte that exhibits specific lithium-ion conduction. They study the speciation and dipole reorientation dynamics in the glass-forming liquid ...

Glass is a familiar concept for most: a dependable substance known and used for thousands of years. However, there is more to glass than meets the eye. Glass is actually an amorphous material with ...

Lowering the 'softening temperature' via electric field to form glass products into specific shapes offers a way to save significant amounts of energy vs. traditional forming approaches Washington, ...