Dielectric properties of resonance media

Roy J. Glauber, Maciej Lewenstein

Heidar Khosravi

Heejeong Jeong, Chang‐Won Lee, Andrew M. C. Dawes +1 more

We investigate optical precursors transmitted through a double-Lorentz dielectric consisting of two adjacent narrow resonances. Compared to the patterns in a single-Lorentz dielectric, the transmitted envelope shows additional modulation that oscillates at the separation frequency between two resonances, corresponding to the doublet frequency separation. We use the weakly dispersive, narrow-resonance condition to analyze it, which compares favorably to our observations. This work will be meaningful to identify dielectric properties by analyzing multi-resonant media for application of optical communication.

Kazem Ardaneh, Mostafa Hassan, Jesús del Hoyo +6 more

Huib J. Bakker

Heejeong Jeong, Chang‐Won Lee, Andrew M. C. Dawes +1 more

We investigate optical precursors transmitted through a double-Lorentz dielectric consisting of two adjacent narrow resonances. Compared to the patterns in a single-Lorentz dielectric, the transmitted envelope shows additional modulation that oscillates at the separation frequency between two resonances, corresponding to the doublet frequency separation. We use the weakly dispersive, narrow-resonance condition to analyze it, which compares favorably to our observations. This work will be meaningful to identify dielectric properties by analyzing multi-resonant media for application of optical communication. © 2019 Optical Society of America