Most of the natural systems are non-linear in nature and can exhibit irregular and complex behavior. Such complex dynamics, in general are termed as chaotic or hyper chaotic behavior, leading to irregular fluctuations and ...
The main aim of the project is to present a stochastic version of the model of
Insulin secretion in islets of Langerhans in pancreatic -cells by Pederson et al.(2009)
and account for integral copy numbers of the granules ...
The viscosity of blood has long been used as an indicator in the understanding and treatment of disease, and the advent of modern viscometers allows its measurement with ever-improving clinical convenience. However, these ...
Many materials observed in nature exhibit multilayer optical structures. Few examples include skin of humans, epithelial cells, leaf in plants etc. The optical properties of these materials are of great interest to scientists ...
Of key importance among natural behaviours are territorial chases in which insects guard and defend home territories by chasing away aerial interlopers. Such territorial behaviours allow insects to secure mates and are ...
This study comprises of conformational space explored within molecular dynamics simulations framework for flaviviridae family fusion peptides, Dengue virus serotype 2 fusion peptide (DENV2), Dengue virus serotype 3 fusion ...
Membrane dynamics of Procyclin, a GPI-anchored protein in Trypanosoma brucei has been studied for the first time by z-scan FCS and FCS Diffusion Laws. The τ0 for procyclin is ~6.8 ms which indicates a cholesterol-dependent ...
The imaging speed and penetration depth limit the study of dynamics of the lateral mesodermal cells during gastrulation in Drosophila. Selective Plane Illumination Microscope(SPIM) is an important tool to image the rapid ...
Among the three types of diabetes, type 2 diabetes originates from insulin resistance and is closely associated with physical inactivity, excess body weight, and hyperglycemia. Recent studies have shown that oxidative ...
Thermoelectric materials convert heat energy into electric energy. Thermoelectric performance of such materials needs to be enhanced in order to achieve higher conversion efficiency. Strategies like introducing point defects ...
A typical realistic market even if follows a switching GBM, the switching dynamics is in principle unobserved. However, the market price of an option which is a result of bid and ask of a large community may perhaps reflect ...
The climatic optimum during the last interglacial was the time interval during which the
average sea level was ~5-6m higher, and more humid and warmer climate (by ~3°C
from the present value) prevailed. However, studies ...
A non-interactive key exchange (NIKE) allows two parties to compute a unique shared key without any interaction. Since the innovative work of Diffie and Hellman [10], NIKE has become one of the fundamental problems of ...
In the thesis, I document how the lives of people in the villages of Chilla and Manauli have transformed in the context of emerging urban infrastructure that surrounds the village. Much of this infrastructure has been built ...
Titanium based dichalcogenides attract interest due to interesting electronic
properties. TiTe2 material is semi metallic in nature with overlap of valence and
conduction bands and TiSe2 is a low band gap semiconductor. ...
Robots have transformed the manufacturing industry and have been used for scientific
exploration in human inaccessible environments like distant planets, Oceans, etc.
However, a major barrier in its universal adoption ...
This study characterises samples of metals from historic guns and coins from
different locations in India, using various techniques. Following are the various
techniques used in addition to other methods of basic physical ...
Studies of the human microbiome have brought paradigm-shifting implications for translational research and clinical care, and, is now recognized as significant across a range of human organ systems. Despite significant ...