The study of electron-atom scattering has been one of the subjects that received considerable attention of both the theorists and experimentalists. It is still active area of research of increasing interest in the field ...

Highly localized 4f electrons in rare earth metals (REMs) are responsible for the large magnetic moments as well as for the unique optical, electrical and magnetic properties. Optical properties of materials, in general, ...

The rapid expansion of nanotechnology resulting from important research efforts in a wide range of disciplines has led to a real technological breakthrough. Much work is presently focused on the study of low-dimensional ...

The present thesis aims at bringing the latest discoveries in nuclear physics and the new developments in semiclassical physics closer together. The low energy domain of nuclear physics has been replete with exciting ...

Energy is one of the basic ingradients of human welfare and socio-economic progress. Energy plays a dominant role in the process of development. A developing Country like India requires higher per capita energy for improving ...

Electron-atom scattering is one of the most studied subject in the field of atomic collision physics. Especially in the recent years there has been tremendous progress both theoretically and experimentally in the study ...

Double perovskite materials have attracted much attention in recent years due to their exotic and versatile properties, such as low field magnetoresistance, high temperature ferromagnetism, metal-insulator transition, phase ...

Several interesting phenomena giving rise to rotation like band structure in nearly spherical nuclei have recently been observed; these phenomena arise due to very specific angular momentum couplings of the high-j neutron ...

Ferromagnetic shape memory alloys (FSMAs) have attracted much attention in recent years as intelligent and functional material due to their exceptional magnetoelastic properties and large magnetic field induced strain that ...

Statistical quantum chromodynamics predicts that at sufficiently high densities or temperatures the quarks and gluons confined inside the hadrons undergo a deconfining phase transition to a plasma of quarks and gluons, ...