Currently working on ligand engineering-based methodologies to investigate triplet harvesting mechanisms and non-linear photon up-conversion properties of organic-inorganic hybrid Cu(I)-iodide-based systems. Significantly contributed to various other projects, developing expertise in areas as follows; the effects of structural engineering on TADF efficiency of organic emitters, TADF properties of linear carbene-Cu-amide emitters, luminescence properties of Zn(II)-silylene complexes… Show more Currently working on ligand engineering-based methodologies to investigate triplet harvesting mechanisms and non-linear photon up-conversion properties of organic-inorganic hybrid Cu(I)-iodide-based systems. Significantly contributed to various other projects, developing expertise in areas as follows; the effects of structural engineering on TADF efficiency of organic emitters, TADF properties of linear carbene-Cu-amide emitters, luminescence properties of Zn(II)-silylene complexes, luminescence properties of alkaline earth metal complexes, structural engineering in multifunctional organic emitters, and excited-state dynamics of proton-transfer probes in nano-confined hosts.Along with cutting-edge research, actively participated in mentoring and teaching young enthusiasts like BS-MS, integrated PhD students. Gained experience in organizational leadership. Participated in organizing national and international research conferences promoting collaboration and exchange among experts in the field.Actively involved in writing grant applications, project proposals, research papers. Show less

Worked on the emission tunability and ultrafast dynamics of thiol-templated luminescent Cu(I)-based nanoclusters by using femtosecond fluorescence up-conversion spectroscopy.Engaged in the development of research projects through scientific correspondence with the principal investigator of the lab, fellow lab members and collaborators. Acquired hands-on expertise in laboratory techniques, literature survey, and luminescence spectroscopic techniques.

Investigated the role of microenvironment in modulating excited-state proton transfer pathways of anti-cancer drug harmine in 1,4-dioxane-water binary mixture by using femtosecond fluorescence up-conversion spectroscopy.Acquired hands-on expertise in laboratory techniques, developing research project, literature survey, and luminescence spectroscopic techniques. Received specialized training in ultrafast laser spectroscopic techniques, with a focus on femtosecond fluorescence… Show more Investigated the role of microenvironment in modulating excited-state proton transfer pathways of anti-cancer drug harmine in 1,4-dioxane-water binary mixture by using femtosecond fluorescence up-conversion spectroscopy.Acquired hands-on expertise in laboratory techniques, developing research project, literature survey, and luminescence spectroscopic techniques. Received specialized training in ultrafast laser spectroscopic techniques, with a focus on femtosecond fluorescence up-conversion spectroscopy. Show less