Teri W. Odom

TL;DR: This paper developed a Bragg-based indexing system using the reciprocal lattice vectors of the moiré plasmonic crystals, and showed that even more complicated quasiperiodic geometries could also be described by this indexing model.

TL;DR: This plasmonic lasing system provides a platform for understanding the emergence of long-range coherence from collections of nanoscale resonators and points toward novel types of distributed lasing sources.

TL;DR: In this article, the authors present a systematic study of light scattering from indium-tin-oxide (ITO) nanorods in the near-infrared with a special focus on the resonant coupling of plasmonic transverse mode and photonic modes in 2-D periodic arrays.

TL;DR: In this paper, the authors outline several benchtop nanoscale patterning experiments that can be incorporated into undergraduate laboratories or advanced high school chemistry curricula, supplemented by an online video lab manual, are based on soft lithographic techniques such as replica molding, micro-molding in capillaries, and microcontact printing and etching.

TL;DR: The lasing behavior revealed that plasmon-exciton energy transfer depends on polarization, with stronger coupling and faster dynamics when the transition dipole moments of the excited gain are aligned with the electric field of the plAsmon modes.