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Photonic Metamaterials (OP)

Photonic Metamaterials

This group provides a forum for those working on problems related to fundamental and applied aspects of waves in random and periodically nanostructured materials as well as plasmonics. Random media encompasses transmission through, scattering from, and imaging in turbulent and static disordered media as well as the statistical nature of wave propagation and its connection to photon diffusion and localization. Partial coherence, coherent backscattering, temporal, spectral and spatial correlation within the speckle pattern, and random lasing are important topics in this area. The focus on periodic media is exciting because such nano-fabricated structures enable photonic engineering of metamaterials with novel properties. Examples include left-handed materials, negative index materials and photonic and plasmonic bandgap materials. These structured materials allow the control of spontaneous emission and lasing. Other areas of interest include plasmonic nanomaterials, transmission through voids in metallic surfaces, and scattering from metal dielectric surfaces. Optical enhancements in metallic and dielectric systems and their applications to photon guiding and sensing are also important.

Dimitrios Tzarouchis University of PennsylvaniaChair
Maxim Radikovich Shcherbakov Cornell UniversityVice Chair
Sander A Mann CUNY ASRCEvent Officer
Georgia Theano Papadakis Stanford UniversityEvent Officer
Ileana-Cristina Benea-Chelmus Harvard UniversitySocial Media Officer

If you are a member of the Photonic Metamaterials Technical Group and have ideas for activities and initiatives to help engage this community, please share them with the chair, Dimitrios Tzarouchis.


View OSA Technical Group webinars on-demand at any time or register for any of our upcoming webinars online. Each webinar is an hour long and features a technical presentation on a topic selected by your OSA Technical Groups.

Find us on Twitter at #OSAMetamaterialsTG