A 2^N\times M - node spider network is a set of M-layers each of which has 2^N nodes which can be represented by N-bit binary numbers. A site in layer r may be represented by an N-bit integer. The site in the r^{th} layer ...
In recent years, there have been a lot of investigations, both experimental and theoretical of the possibility of simultaneous occurrence of crystalline order and super fluidity in solid helium. While there is still a lot ...
Nuclear magnetic resonance is a technique with a wide range of applications in
biological and chemical sciences. Developments in the methods for recoupling and
decoupling in solid-state nuclear magnetic resonance are of ...
The main goal of this study is to present an application of recurrence-based techniques in analyzing certain aspects of interrelations among stock indices of the world. In the past, financial data has been extensively ...
We investigate the differences in prey-predator dynamics arising in a stochastic lat-
tice model as a result of determinism(in the form of strategies for prey and predator
with an aim to optimize the respective fitness) ...
This project was aimed at developing monolayer graphene by the Chemical Vapor
Deposition (CVD) method and to study its electronic properties at room and low
temperatures. In order to optimize the growth conditions for ...
Stochastic Synchronisation in uncoupled oscillators is a well studied phenomenon for
many naturally occurring oscillators. The idea of this phenomenon is quite counter-intuitive since in this process, introduction of noise ...
This study is aimed at quantum measurements with Heisenberg limited sensitivities. The high-precision measurements of length and angle variables have led to the development of many novel techniques, both on theoretical and ...
The document describes an attempt to experimentally verify noise driven di-
rected transport. Symmetry broken systems will be tested for directed transport
in a thermal bath. Two di erent sized coupled polystyrene beads ...
Time series analysis gives us a window to look at the past events and make predictions about the future. It has been long since it was discovered that various natural process exhibit a long memory property, characterized ...
Radio sources emit high luminosity radiations in the radio regime. There
are two types of radio sources: normal galaxies & radio galaxies. The radio
emission from these galaxies arises from synchrotron emission. Generally ...
In this thesis we focus on supersymmetric quantum field theories. In particular we study the maximally supersymmetric N=4 super Yang-Mills theory in light-cone superspace. We present two applications of light-cone superspace ...
The Giant Metrewave Radio Telescope (GMRT)[1] currently is the most
sensitive low frequency radio telescope in operation. However, there are many
problems associated with low frequency radio observations(chap 2). Low ...
In this report we have studied the near field and the far field plasmonic prop-
erties of gold nanocylinders arranged linearly in a Fibonacci number chain
and compared the results with those arranged in a conventional ...
We study evolution of quantum correlations in ensembles of two-qubit nuclear
spin systems via nuclear magnetic resonance techniques. We use discord
as a measure of quantum correlations and the Werner state as an ...
It is a common notion in classical mechanics that the result of a measurement
depends on the observable measured and the system in consideration. From
the measurement outcomes, it is possible to assign the pre-measurement ...