Established numerical finite element method (FEM) simulations representing the first realistic analysis of optical absorption in a nanoparticle-nanoprobe system, which are used in nanofabrication and material processing
Investigated the nanoscale heating under laser illumination, deformation of nanostructure, and nanoscale thermometry with the help of Raman signal
Compared experimental results of localized surface plasmon resonance bio sensors with Comsol simulations
Benchmarked discrete dipole approximation with surface interaction simulation methods with FEM, along with finite difference time domain (FDTD) methods