Description

In Part 3 of this four-part tutorial, Nicholas A. Kotov describes the (1) fundamental requirements, (2) practical rationale and (3) methods of manufacturing of chiroplasmonic and chiroexcitonic nanostructures. Special attention is given to mapping the future direction of translation of structural and optical properties of inorganic nanoscale structures to applications. They are exemplified by polarization optics for telecommunication, bioanalytical applications, holographic imaging and anti-counterfeit technologies.

This is Part Three of a four-part tutorial.

• Part One: Plasmonics and Metamaterials for Active Photonics Devices: Materials for Nanoplasmonics and Their Fundamental Properties
• Part Two: Plasmonics and Metamaterials for Active Photonics Devices: Spaser as Coherent Generator of Nanoplasmonic Fields and Light
• Part Four: Plasmonics and Metamaterials for Active Photonics Devices: From Metamaterials to Active Metadevices

Speaker(s):

• Nicholas A. Kotov, University of Michigan