Graduate Research Projects
Degradation Behavior of Microwave Derived High Entropy Alloy Coatings for Marine Applications
Department of Mechanical Engineering
Tribo-corrosion is an issue of concern for marine and other fluid machinery. Durability and performance of marine components are severely impaired due to degradation from erosion and corrosion. Utilization of advanced structural... read more
October School 2017
Department of Art & Performing Art
The October school was conducted as part of the network initiated by the IFCAR Institute for Contemporary Art Research at ZHdK Zürich, in which The Shiv Nadar University is a partner. The October School (Convened by Associate... read more
Performance by students of the Shiv Nadar University at the Students' Biennale, Kochi-Muziris Biennale 2016
Department of Art & Performing Art
One of the 15 curators of Students' Biennale, Adwait Singh invited the Master of Fine Art (MFA) students of the Department of Art and Performing Arts, to be part of the Student’s Biennale for the third edition in December... read more
Cleavage of Hg−C Bonds of Organomercurials Induced by ImOHSe via Two Distinct Pathways
Department of Chemistry
We show that the N-methylimidazole-based selone ImOHSe having an N−CH2CH2OH substituent has the remarkable ability to degrade methylmercury by two distinct pathways. Under basic conditions, ImOHSe converts MeHgCl into... read more
Activation of the Hg−C Bond of Methylmercury by [S2]‑Donor Ligands
Department of Chemistry
Here we report that [S2]-donor ligands BmmOH, BmmMe, and BmeMe bind rapidly and reversibly to the mercury centers of organomercurials, RHgX, and facilitate the cleavage of Hg−C bonds of RHgX to produce stable tetracoordinated Hg(... read more
Chemical Detoxification of Organomercurials
Department of Chemistry
Organomercurials including methylmercury are ubiquitous environmental pollutants and highly toxic to humans. Now it could be shown that N-methylimidazole based thiones/selones having an N-CH2CH2OH substituent are remarkably... read more
Study of real world chemical networks using random matrix theory and graph measures
Department of Chemistry, Physics, Center for Informatics
Study of real world chemical networks using random matrix theory and graph measures