1. Specialty Optical Fibers
(in collaboration with XLIM, University of Limoges (FR) and University of Parma)
- Design Strategies for Hollow-Core Fibers in High-Performance Optical Links
- This thesis focuses on designing hollow-core fibers optimized for ultra-fast optical communication systems. It combines advanced modeling techniques and loss analysis to achieve low attenuation and high bandwidth, paving the way for next-generation data transmission technologies.
- Advanced 3D Modeling of Hollow-Core Fibers for Quantum and Sensing Technologies
- This work develops a robust 3D simulation framework for hollow-core fibers, enabling precise prediction of optical properties for quantum communication and sensing applications. The project bridges computational design and experimental feasibility, accelerating innovation in photonic technologies.
2. Design of Automotive Antennas for V2X Communications
(in collaboration with ASK Industries s.p.a., Reggio Emilia)