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Metamaterials and Their Devices

This special issue belongs to the section “Hybrid and Composite Crystalline Materials“.

Special Issue Information

Dear Colleagues,

Over the past two decades, metamaterials (MMs) have led a revolution in new material science through the artificial arrangement of electric- and magnetic-resonance structures (meta-atoms) at subwavelength scale. In particular, they have enriched the fundamental rules of matter–light interactions, such as slow light, super resolution, super-lensing, and electromagnetic (EM) cloaking. The main reason for the attention paid to MMs is that they are very close in appearance to real life, such as perfect absorbers. EM MMs reveal remarkable responses to the incident EM wave, such as negative-refraction index, extraordinary optical transmission, electromagnetically induced transparency-like effects, and ultra-thin and broadband absorbers. The designed structures, the structural parameters, and the properties of used materials yield the effective electric permittivity (εeff(ω)) and the effective magnetic permeability (μeff(ω)) of overall MMs, based on the effective-medium theory. Studies on the control of EM response and its spatial distribution and dispersion are ripe and lead to potential and almost-realized applications. There are emerging fields in MM research, such as nonlinear, switchable, gain-assisted, sensor, quantum, and coding MMs, all representing a variety of MM applications.

Prof. Dr. Youngpak Lee
Dr. Haiyu Zheng
Dr. Bui Xuan Khuyen
Guest Editors

Manuscript Submission Information

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Keywords

  • metamaterials
  • applications
  • fundamental issues
  • emerging fields for MMs
  • electromagnetic response
  • magnetic-resonance
  • electric-resonance

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Crystals - ISSN 2073-4352