RESEARCH STATEMENT
The enigmatic sky which once used to sing silent lullabies at night, one day tempted my developing consciousness to explore the perplex puzzles hidden there. For days, I kept on thinking about the vast mysterious kingdom up in the sky- millions of light years away from us. Consequently, it expanded my curiosity in such a level that I could not stop myself from peeping into it deeply in order to have some hope to apprehend the factual scenario. It was a stupendous experience to cognise the field, ’Physics’, not only dealing with the nature, but also explaining the relationship between the forces existing. In my unawareness, it turned into a constant companion in the journey of this life.
In my childhood days, I was fanatic to the fictions of monstrous astronomical bodies engulfing everything coming close to them - it was the child’s silly belief that someday it’ll be possible to explore everything about them. Eventually, I came across the theory of compact objects, which was veritably to be the certain discipline of stars at their end of life which gets more and more collapsed from time to time and finally give rise to a ‘Black Hole’. The singularity is concealed from the rest of the universe inside a black hole. Firstly, they
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It includes performing a matched filtering analysis using SXS templates, creating spectrograms to perform a ‘blind burst’ search, calculating the dominant Quasi-Normal Mode ‘ring-down’ frequency and comparing to the observed wave-form, comparing the numerical waveform; comparing the numerical waveform matching to that produced by the ‘Effective-One-Body’ formalism and prediction of the low-frequency (eLISA-band) signal that would have been produced by GW150914 earlier in its