Niloufar Hanifezad

Using COMSOL Multiphysics I designed a device consisting of gold nanoislands deposited on a silica glass substrate. When this device comes in contact with the skin and is exposed to light of a specific wavelength, it creates a plasmonic effect which leads to a thermal effect that can be used for thermotherapy. I have collected the results and am currently preparing the manuscript to report the findings.

Simulation of the plasmonic heating effect on stimulating neurons in COMSOL multiphysics,
• Electromagnetic and heat transfer interfaces for thermoplasmonic effect were simulated
• Hodgkin–Huxley model was used to investigate the temperature increase effect
on neuron stimulation.

As a Senior student, I was working on a project in the laboratory that measured the Giant Magneto Impedance of an amorphous ribbon affected in an AC magnetic field. I completely set up the experiment and linked devices to the computer using LabView.
My project resulted in an article with the title "Magnetoimpedance Enhancement in Amorphous Ribbon via Deposition of Magnetic Graphene-Iron Oxide Nanocomposite" published in 8th International Conference on Nanostructures (ICNS8)
Link: http://icns8.sharif.ir/paper?manu=12884