Dhiman worked on computational analysis of nano-bio interface from molecular dynamics simulation. The charge of nanoparticles influences how they interact with biomolecules. He used molecular simulation techniques with classical force fields to study the charge and mobility of nanoparticles in presence of external electric field and make predictions which can be compared with experiments.
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Vrushali assisted in a research project named-“Concrete Breakout Behaviour of Embed Plates with Welded Deformed Reinforcing Bars”. She carried out analysis using the software-ABAQUS by changing parameters in order to capture concrete breakout failure modes. The models were calibrated with the data obtained from the experimental tests conducted previously. Meanwhile she also gained some lab
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Tejaswini was researching biochemistry and molecular biology of Alzheimer’s disease at Department of Neurobiology, Klein Lab, Northwestern University, Illinois. The unifying aim of her lab was to ‘Make Alzheimer’s a Memory!’ Alzheimer’s is a current pressing ailment worldwide, numbers expected to rise to 70 million by 2030. Her lab had discovered the Amyloid Beta Oligomers,
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Tathagata worked on analyzing the relationship between galaxy sizes and their host dark matter halo sizes in illustris simulations. Another part of the project was matching the results from simulations with observed result from GAMA and Candels (survey).
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Sunil is studying circumgalactic medium (CGM) at low redshift. He is looking optical and IR spectroscopic data from the Lick and Keck telescopes and trying to characterise the medium around emission line galaxies (ELGs) or starforming galaxies through the spectral absorption features of background quasars.
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