Thermal Lens Technique: Prof. Andrade explores the application of the thermal lens technique for investigating material properties such as heat dissipation and conductivity. This research is crucial for understanding thermal behavior in various materials and has implications for fields such as materials science and thermal management.
Z-Scan Technique: He specializes in the z-scan technique, which allows for the investigation of nonlinear optical effects, including the optical Kerr effect. Understanding these nonlinear phenomena is vital for advancements in photonics, laser technology, and optical device design.
Thermo-Optical Properties: Prof. Andrade investigates thermo-optical properties, focusing on phenomena like the thermo-optic effect. This research is essential for designing optical devices with adjustable properties, impacting fields such as telecommunications, optics, and photonics.
Nonlinear Effects: His research extends to studying various nonlinear effects in materials, which play a crucial role in understanding their optical and thermal behavior. This includes phenomena such as nonlinear absorption and refraction.
Collaborative Research: As the coordinator of the Optical and Thermal Properties of Materials Group (GPOTN), Prof. Andrade leads collaborative research efforts aimed at advancing the understanding of material characteristics. These endeavors span from fundamental studies to practical applications in areas such as renewable energy and telecommunications.