Waste water treatment has become a major problem in 21st century. Dyes are the
major component of the effluents released by industries. Many techniques are used
today to remove dyes from water but adsorption has been ...
In general, anti-aromaticity has not gained significant attention mainly due to the lack of
stable 4nπ systems. In this regard, a stable isophlorin and its expanded derivatives provide a hope to glance into the world of ...
Field theoretical studies involve the evaluation of four-point Correlator functions of the
involved fields. This applies equally to the calculation of Scattering Amplitudes in High
Energy Physics or determining the ...
Conformal field theory is a formalism encountered in many branches of
physics, such as String Theory and condensed matter physics. Given the
wide range of its applicability it has become a subject of extensive study
and ...
The Direct Current (DC) resistivity method is a classical geophysical method to obtain subsurface geoelectrical images. This technique is utilized in groundwater, mineral mapping, subsurface pollution monitoring, saltwater ...
Inverse modelling is an ill-posed problem, and the regularisation technique is used to solve the inverse problem by biasing the solution with prior information. In the absence of prior information about the model, a ...
We designed a novel and straightforward route for constructing 4-hydroxypyrazole frameworks via a Lewis acid mediated [3+2] cycloaddition of aryl diazoketones. Pyrazoles are very useful heterocycles and the pyrazole framework ...
The aim of the project was to study an organic reaction using ab-initio quantum chemical tools and apply the general ideas of physical chemistry to it. Selenium dioxide mediated allylic hydroxylation is a known reaction ...
In this thesis, we attempt to study the geography problem of a certain class of symplectic four-manifolds. We show how branched covering techniques in algebraic geometry can be used to achieve this goal. We study line ...
A species’ distribution or range is the expanse of geographical space where it is commonly encountered. The environment-abundance paradigm (EAP) links the abundance of species to the environment through traits and fitness ...
C4-bound N-heterocyclic carbene (NHCs) referred to as ‘abnormal’ carbenes grabs considerable
attention among the researchers as the zwitterionic form of C-4 bound carbenes are stronger
sigma donor than classical C-2 bound ...
Action-at-a-distance is an alternative approach to eld theory in describing all
the interactions. It is based on direct interactions between particles rather than
through their coupling to a eld having in nite degrees ...
The standard model of particle physics has several shortcomings, such as the origin of neutrino masses, dark matter candidates and baryon asymmetry. Several searches for beyond standard model (BSM) phenomena have been ...
In this thesis we outline the formulation, implementation and validation of Adaptive
Particle Resolution (APR) in Smoothed Particle Hydrodynamics (SPH). Traditionally,
SPH systems are modelled with unifrom mass distribution, ...
Integrin-mediated adhesion regulates membrane trafficking to control anchorage-dependent signaling and growth that is deregulated in cancers. Downstream of integrins and oncogenic Ras, the small GTPase Ral, is a vital ...
Anchorage independent growth of cancer cells is a key component of cancer invasion and metastasis. Cancer metastasis is a major cause of mortality, making the understanding of the basis for anchorage dependence and how it ...
Cell-matrix adhesion is fundamental to cell survival, signalling, and mechanosensing, and its dysregulation is a hallmark of cancer progression. In breast cancer, progressive extracellular matrix stiffening profoundly ...
Cancer cells are unique in overcoming the requirement for cell-matrix adhesion (anchorage dependence) to grow, proliferate and metastasize. Among the cellular pathways regulated by adhesion include its ability to control ...