Special Issue "Nano-Engineered Plasmonic Nanomaterials"
Deadline for manuscript submissions: 25 July 2020.
Interests: plasmon-based physics and chemistry; nanofabrication; microspectroscopy; plasmonic Fano resonance; vibrational strong coupling
Nanoparticles of noble metals showing localized surface plasmon resonances (LSPRs) have received considerable attention as materials that enhance light–matter coupling extraordinarily. The effect of near-field enhancement by LSPRs is known to be induced at the sharp tip of metallic nanostructures and/or the gap between adjacent nanostructures. Namely, spectral properties and near-field enhancement effects are highly dependent on the size, shape, and arrangement of metallic nanostructures. Therefore, well-defined metallic nanostructures have been fabricated by nano-processing methods to elucidate the essence of the resonance phenomenon, depending on the inter structure distance, and construct metallic nanostructures that show strong near-field enhancement. Such nano-engineered plasmonic nanomaterials have been applied to chemical and biosensors utilizing surface-enhanced Raman scattering (SERS) as well as LSPR sensors, light–energy conversion systems as light-harvesting optical antennae, surface plasmon amplification by stimulated emission of radiation (SPASER) for realizing lasers at the nanometer scale, nano-processing technologies, and so forth. Over the last decade, nano-engineered plasmonic nanomaterials have been employed for the study of various types of plasmonic coupling systems such as exciton–plasmon strong coupling, plasmon-hybridization, modal strong coupling, and/or plasmonic Fano resonances, and electromagnetically induced transparency (EIT), which are characteristics of the structure of Metamaterials. Recently, the structures have also received great interest as a metasurface for constructing significant optical elements. Thus, the nano-engineered plasmonic materials are studied in a wide variety of research fields. This Special Issue contains the above-mentioned research topics.
Prof. Dr. Kosei Ueno
Manuscript Submission Information
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- Surface plasmon
- Light-energy conversions
- Fano resonance
- Strong coupling