Research Progress of Crystalline Metamaterials
A special issue of Crystals (ISSN 2073-4352). This special issue belongs to the section "Inorganic Crystalline Materials".
Deadline for manuscript submissions: 20 June 2025 | Viewed by 936
Special Issue Editor
Interests: crystalline metamaterials; microwave metamaterials; programmable metamaterials; tunable and reconfigurable metamaterials; terahertz metamaterials; thermal metamaterials; information metamaterials; sensing device
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
A metamaterial is any substance that has been designed to possess a characteristic that is exceptional in naturally existing materials. Furthermore, the qualities of these artificially made composite materials are determined by their internal structure rather than their chemical composition in contrast with conventional materials. Because of this, the development of metamaterial structures provides properties and abilities that are challenging to accomplish with traditional materials. Initial research on unconventional materials focused on the unusual electromagnetic properties of isotopic, homogenous metamaterials, such as reversed Cherenkov radiation, the negative refractive index, and reversed Doppler effect, where the values of permeability and permittivity were negative. The primary cause of metamaterials’ great interest is their remarkable effect on light traveling through them. Metamaterial technology has the potential to be advantageous to almost every research field currently in development due to its unique acoustical, electromagnetic, optical, and mechanical properties. These fields include telecommunications, metadevices, defense, biomedical imaging, sensing, electromagnetic absorption reduction, radar-cross section reduction, crystalline metamaterial, etc. Even though crystalline metamaterials have a subwavelength spatial scale, which often entails ignoring their structure, they can nonetheless acquire complicated foreign features due to multiple scattering. In addition, this material may contribute to the unique importance of resonant multiple scattering in prompting novel and intriguing features, namely topological characteristics, at the deep subwavelength scale. The purpose of this Special Issue is to provide a platform for recent developments in the fields of crystalline metamaterials theory, numerical modeling, experiments, and current work in coding and conventional metamaterials-based applications. The growth of the future electronic industry is aided by the innovative material features and device capabilities made possible by metamaterial technology.
Prof. Dr. Mohammad Rashed Iqbal Faruque
Guest Editor
Manuscript Submission Information
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Keywords
- metamaterials
- coding metamaterial
- metadevices
- cloaking
- radar cross-section reduction
- electromagnetic absorbtion reduction
- imaging
- sensing
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