Metal-less Metamaterial for Surface Plasmon Polariton guiding and amplification
Pavel Ginzburg, Meir Orenstein
TL;DR
This paper introduces a new type of metamaterial that enables guiding, amplification, and modulation of Surface Plasmon Polaritons, with detailed analysis of an AlN/GaN Quantum Cascade Amplifier and its dispersion properties.
Contribution
It presents the original concept of metamaterials using low-dimensional quantum structures for plasmonic applications, including detailed dispersion engineering.
Findings
Demonstrates a novel metamaterial design for SPP control
Provides detailed dispersion analysis of AlN/GaN Quantum Cascade Amplifier
Introduces the concept of quantum-structure-based metamaterials
Abstract
We propose a novel metamaterial for Surface Plasmon Polarition guiding, amplification and modulation. Specific example of AlN/GaN Quantum Cascade Amplifier and its dispersion engineering are studied in details. The general original concept of metamaterials based on inclusions of low-dimensional quantum structures (artificial atoms) is discussed.
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