Paper 13109-103
Paper 13109-103
Anomalous dispersion in surface plasmons and exciton coupling
19 August 2024 • 5:30 PM - 7:00 PM PDT | Conv. Ctr. Exhibit Hall A
Abstract
We investigated the dispersion properties of Rhodamine laser dyes using the Kretschmann geometry. Our study revealed multi-branch "staircase" dispersion curves and the emergence of a new dispersion "fork" branch. These findings provide a deeper understanding of the complex dispersion behaviors in laser dyes, theoretically enhancing the design and performance of optical devices. Our results contribute to the field by highlighting critical interactions and phenomena that can influence the development of advanced photonic applications. Further research may explore the practical implications of these discoveries in various technological contexts.
Presenter
Leila Hesami
Norfolk State Univ. (United States)
Leila Hesami is a dedicated Ph.D. student in Material science and Engineering at Norfolk State University, where she focuses on advanced studies in optical materials and laser dye dynamics. Her current research explores the dispersion properties of Rhodamine laser dyes using the Kretschmann geometry, uncovering novel multi-branch “staircase” dispersion curves and the emergence of new dispersion “fork” branches. Leila's work is contributing to a deeper understanding of strong coupling phenomena in photonic systems, promising advancements in laser technology and optical applications.