In project C4 we will investigate how nanoscale confinement changes the behavior of phase change materials, especially their electrical and structural properties. Newly developed devices will allow analyz-ing one-dimensional confinement as narrow as a few nanometers, were even a monatomic material like antimony can be stabilized against immediate crystallization by strong spatial confinement. Such devices provide ideal means for the quantification of the temperature dependent crystallization kinetics, electrical resistivity and its temporal evolution as a function of confinement. The ultimate experimental investigations will be based on three-dimensionally highly confined volumes of phase change material are nanoparticles as they will be synthesized in project C1.
Salinga, Martin | Professorship of experimental physics and materials science |
Salinga, Martin | Professorship of experimental physics and materials science |