I received my PhD from the University of Saskatchewan working on organic electronics and graphene-nanoparticle systems. I joined Dr. Fanchini's group in 2015 as a MITACS postdoctoral fellow, and continued as an OCE Talentedge fellow in 2017, working on water filtration using 2D materials.
I obtained my PhD from the Department of Materials Science & Engineering at the Indian Institute of Technology in Kanpur, India, followed by one year of research at Virginia Tech in the USA. Here in Dr. Fanchini’s group my research work includes polymer based electronic devices such as memristors and motion influenced energy harvesters.
Apart from research, I have an ardor for ‘dance’ from Bollywood to western, from old school to contemporary. I enjoy music, trekking, cricket, football and almost all of the life and would give all up for a chance to meet Sachin Tendulkar and Lionel Messi.
My study focuses on electron-phonon interaction applied to multilayer graphene thin films decorated with copper particles on top and their role on the local decrease in thermal conductivity along the surface of graphene doped materials.
I received my BSc in Physics from Dongguk University in Korea and started my MSc degree at Western University and transferred to the PhD program. I worked on synthesis of graphene nanoribbons and porous graphene for water purification and am currently working on systhesis of carbon quantum dots.
I received my BSc in Physics at the University of Nigeria, Nsukka Enugu State, Nigeria. My research is on Defect-related magnetic properties and electrical transport of nanostructured nickel oxide thin films for solar cell applications.
I received my BSc from the University of Waterloo and joined Western as a graduate student in 2017. Currently, my work involves studying a variety of luminescent materials for applications in optoelectronic devices.
My research is on improving titania nanocomposites for use in dye sensitized and perovskite solar cells.
I am currently researching 2D materials looking at applications to water filtration and sensing technologies. The main goal of my project is to create a device which is capable of both capturing and sensing heavy metals such as cadmium in water based solutions.
I am a 5th year Physics student who has been helping the group prepare graphene samples for characterization through ultrasonic exfoliation of graphite.
I am a 3rd year student planning to specialize in biomedical applications that has been assigned a summer project for the group involving the transfer printing of graphene onto electrical grids.
I am a third year Integrated Science and Physics student. Since May 2018 I have been working with the group on Electron Spin Resonance spectroscopy and helping to set up the new Scanning Tunneling Microscope.