Topics

Potential topics include but are not limited to:

• Physics of artificial materials for novel and extreme wave phenomena
• Metamaterials modelling - analytical and computational approaches
• Computational, AI-based, data-driven design of metamaterials
• Fabrication and experimental characterization of meta-structures
• Tunable, reconfigurable and programmable metamaterials
• Nonlinear metamaterials and metasurfaces
• Time-space modulated metamaterials, synthetic dimensions
• Nonreciprocal and topological metamaterials
• Chirality, anisotropy, nonlocality, spatial dispersion
• Non-Hermitian and active metamaterials
• ENZ metamaterials; Extreme parameters and broken symmetries
• RF, microwave and THz metamaterials and metasurfaces
• Photonic or phononic crystals, bandgap structures
• Nanophotonics and nano-optics
• Plasmonics and polaritonics; Strong light-matter effects; Hot electrons
• 2D and Van-der-Waals metasurfaces and metamaterials
• Acoustic and mechanical metamaterials
• Metamaterials in soft matter and robotics
• Quantum and superconducting metamaterials
• Multiphysics metamaterials
• Homogenization and effective medium models
• Transformational electromagnetics, elastodynamics, thermodynamics
• Metamaterials for farfield and nearfield imaging; Super-resolution
• Metamaterials for sensing and metrology
• Metamaterials for computing, information and AI
• Metamaterials for quantum optics and nano-electronics
• Metamaterials for energy harvesting and conversion
• Thermal metamaterials and metasurfaces
• Metamaterials for communication technologies (5G and beyond)
• Antenna and absorber applications of metamaterials
• Advances in cloaking and scattering engineering
• Biological and biomedical applications
• Space, naval, aeronautic and automotive applications
• Metamaterials in education
• Other