"To make no mistakes is not in the power of man, that's why Pencils have erasers."
Statistical Physics is an important branch of physics that governs the behavior of large populations and approximate the phenomena associated with it using the tools of statistics, probability theory and mathematical models.Its application extends from physics to chemistry, biology, space science, stochastic systems, neurology to now even sociology[1].
Statistical physics is now employed to use the much challenging field of complex systems where the system is composed of heterogeneous elements having non local interaction playing between them. Being heterogeneous case it has not gain much attention because of the analytical difficulty but due to increase in computing ability it could be mapped into networks which stems out from the roots of graph theory.This approach enables us to understand such systems as complex networks.Though the approach is an approximation even then the analysis gives a deep insight about the topological structure of dynamical processes undergoing in it.
Complex Systems Dynamics, Complex Networks, Language dynamics and networks, Innovation Diffusion with Intergroup Suppression.
We propose to develop a new strategy of treating Oral Cancer by exploiting the fascinating physiochemical properties of Graphene and Gold Nanoparticles.On account of their unique photophysical and optothermal properties,Graphene oxide Gold nanocomposite will be engineered suitably for targeted cellular uptake.
To synthesize and fabricate Graphene oxide-gold nanocomposite that can efficiently be used for targeting into cancer cells.
To study the efficacy of Graphene oxide-gold nanocomposite mediated hyperthermia in targeted cell killing.
To compare the efficacy, kinetics and mechanisms of drugs induced cell killing against hyperthermia mediated cell killing by using the same nanocomposite.
To study the synergistic effect of cell killing when nanocomposite mediated hyperthermia, and dugs are used in combination.
Also looking forward for various Biosensors application and Bioelectricity of TMD's(Transition Metal Dichalcogenides )i.e,MoS2 based heterostructures with the employment of Surface Enhanced Raman Spectroscopy and other spectroscopic techniques and measurements(CD,TRFS,Raman,Visible)
Computing and Simulation based studies.
Mathematical Modeling based studies of Scripts of Indus Valley Civilization.(Markovian Approach)