- Refactoring high-performance Finite-Difference-Time-Domain codes to engineer and exploit non-classical light sources- Managed and organized simulation workflows, parallel coding, and heterogeneous computing environments

- Demonstrated quantum spin Hall effect of light mediated by bound states in the continuum- Engineered topological protected and chiral quantum states of matter - Managed High-Performance Computing environments, organized Queue management systems, troubleshoot computational research workflows for IBISCO consortium

- Demonstrated cavity QED effects with solid-state emitters - Designed more efficient quantum two-photon sources - Supervised multifunctional diffraction-limited optical elements design- Developed high-performance modelling software and facilitated the self-adjoint and gradient descent methods optimizations - Conceived novel bio-inspired nano-photonic devices resilient to fabrication imperfections to localize visible light - Engineered novel devices based on elliptic curves and algebraic number theory to improve light-matter interactions- Pioneered multifractality of light in the visible regime and demonstrated electromagnetic vacuum effects in multifractal environments. - Established dark-field scattering setups to validate theoretical predictions - Created theoretical modeling based on Green’s matrix spectral method to study light-matter interaction in large scale complex optical systems and metamaterials- Engineered novel photonic devices based on elliptic curves cryptography and algebraic number theory to improve light-matter interactions- Established rogue waves phenomena in the linear optical regime to manage and control the optical power of high-intensity laser sources for sensing and nanolithography applications- Teaching assistant for Nanophotonics course

- Implemented hyperspectral imaging analysis- Demonstrated mechanical and electric control of photonic modes in random dielectric environments - Formalized a new approach based on information theory and thermodynamics concepts to design materials with pre-defined information content- Devised nanostructured liquid crystalline networks to enable remote polarization control over their diffracted channels- Developed plasmonic sensors and photonic components to efficiently confine, guide, and shape light - Engineered disordered 2D photonic systems with crossing and anti-crossing behaviors to create efficient transmission channels in strongly scattering media- Pioneered planar optical antenna configurations to beam light emitted by a single-photon source- Customized single-photon detection optical setup based on Hanbury Brown and Twiss (HBT) effect and conceived backscattering experiment- Teaching assistant for Introduction to Physics and Science and Light courses

Developed FDTD based simulations of light trapping in disordered media to enhance absorption properties of silicon solar cells

- Designed porous back reflectors to increase the performance of standard solar cells by engineering their roughness - Designed, modeled, and characterized anti-reflection coating layers based on silicon nanoparticles to improve back-contact silicon solar cells performance- Modeled electron-hole transport in silicon-based CMOS structures- Devised semiconductor devices by using Technology Computer-Aided-Design (TCAD)