With recent advancements in experimental techniques, the study of diatomic molecules at cold and ultracold temperatures has attracted considerable recognition in various areas of research such as controlled chemical ...

Quantum Chromodynamics (QCD) is the gauge theory of strong interactions which de- scribes the interaction among quarks and gluons by the exchange of gluons. QCD has two important features: the first one states that the ...

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 ...

Large-N thermal QCD laboratories like strongly coupled QGP (sQGP) require not only a large t’Hooft coupling but also a finite gauge coupling [1]. Unlike almost all top-down holographic models in the literature, holographic ...

For ideal remote sensing, a non-interfering atmosphere is needed, which would not modify the radiation from the source. But, it is not the reality, scattering due to the molecules and aerosols in the atmosphere and absorption ...

The work presented here is on pure BST and Mg doped BST thin film. The fabrication of planer capacitor was done using sol-gel based spin coating technique on an n-type Si (100) substrate. High-quality thin films with uniform ...

This thesis is devoted to the study of substitutionally disordered alloys (mainly binary alloys) . The contents are divided into two parts. The first part deals with the theories developed for the elementary excitations ...

In this thesis we have made an attempt to understand the critical properties of pure and diluted Heisenberg spin systems using a position space renormaliz,ation group (HG) treatment. The interest in this problem arises ...

The Ternary amorphous Ni x Co y Pz system with composi- tional ranges of 15.3 < x < 55.5, 29.0 < Y < 70. 0 and 14. 7 < z < 15.5 has been prepared following an electroless deposition technique. The technique consist in using ...

Optoelectronics is the field that deals with devices based on light matter interaction. A device which converts electrical energy into light or vice-versa is usually referred to as an optoelectronic device. Major optoelectronics ...