Publications

We use Monte Carlo simulations to investigate the possibility of obtaining equilibrium values of quantities which relax slowly to equilibrium by studying the evolution of their non- equilibrium be

We consider the non-equilibrium behavior of the spin glass ordered phase within the droplet scaling theory introduced previously.

Non-equilibrium phenomena in the channeling of 1.8 MeV He sup + in 2 - 6 ML thick pseudomorphic films of Ge on Si(100) capped with 148 ML of crystalline Si are investigated using Monte- Carlo techn

We explore the physics of nonequilibrium electron transport in semiconductors with the aim of using this knowledge to develop new, ultrafast electronic and optoelectronic devices.

The nonequilibrium occupation of multiple defect states in inhomogeneously illuminated crystals is demonstrated to have dramatic and previously unexpected consequences for the photorefractive behav

The segregation and trapping of Au at the moving amorphous- crystal Si interface has been measured.

Understanding the complexities of electronic and magnetic ground states in solids is one of the main goals of solid-state physics.

The Global Positioning System (GPS) technology has been widely used in many applications. However, GPS operation is very limited indoors. While people are spending most of the time indoor.

Large-scale storage systems, common in cloud computing, employ replication techniques to ensure reliability.

Continuous blood pressure monitoring is the key to mitigate significant risks for stroke, heart failure and coronary artery disease.