During the past years, there has been renewed interest in the wide‐bandgap II–VI
semiconductor ZnO, triggered by promising prospects for spintronic applications. First …

We report the structural, dielectric, elastic, ferroelectric and ferromagnetic properties of
multiferroic (Nd, Fe)-doped PbTiO3 perovskite ceramics with composition (Pb 0.88 Nd …

The method of equations of motion for spin operators in the case of O (3) Heisenberg
ferromagnet is systematically analyzed starting from the effective Lagrangian. It is shown that …

The successful synthesis of one-dimensional nanostructures of a narrow band gap
semiconductor, exhibiting a ferromagnetic response at room temperature, is reported. High …

The evolution of ferromagnetism has been investigated in thiol (2-mercaptoethanol) capped
Mn doped CdS nanoparticles synthesized at various temperatures by sol-gel reverse micelle …

The correlation between the ferromagnetism and oxygen vacancy (VO) of Cu-implanted In 2
O 3 nanowires was investigated. When annealed in vacuum, the saturation magnetization …

In the present thesis results of the study of spin dynamics and quantum transport in
disordered semiconductor quantum wires with spin-orbit coupling are presented. Starting …

The electronic properties of the materials studied in this thesis: a dilute magnetic
semiconductor and a member of the actinide family, are thought to lie on the edge of local …

We report the structural, dielectric, elastic, ferroelectric and ferromagnetic properties of
multiferroic (Nd, Fe)-doped PbTiO3 perovskite ceramics with composition (Pb0. 88Nd0 …

Spintronics, a neologism for spin electronics, is a relatively new and rapidly growing branch
of study in condensed matter physics. Until now, conventional solid-state devices, based on …