Adherence of metal oxides to graphene is of fundamental significance to graphene
nanoelectronic and spintronic interfaces. Titanium oxide and aluminum oxide are two widely …

Spintronics, being a part of electronics, is under intense development for about forty years
and mainly concerns transport of electronics spin in low-dimensional structures. This field …

Graphene lateral spin valves (LSVs) are promising devices for future memory and magnetic
field sensing applications. In this article, we study the dependence of the nonlocal spin …

The current microelectronics technology utilizes the charge property of electron for
information processing. To overcome the challenges such as the power dissipation and …

Graphene, the first experimentally isolated atomically thin crystal has displayed numerous
superlative properties for quantum and spin-based electronics, as evidenced by research …

We address the magnetopolariton spectrum and magnetoconductivity tensor of a two
dimensional plasma of nonrelativistic charge carriers subject to Landau quantization in a …

An ac small signal model for lateral spin valves (LSVs) is developed, and is applied to two
different types of devices: spin transmitters and magnetic field sensors. The small signal …

Cutting edge research in modern solid state physics is characterized on the one hand by
highly complex systems with various interactions between quasi-particles. In this context …