Effective electrodynamics theory for the hyperbolic metamaterial consisting of metal–dielectric layers

Keyphrases

• Energy Density 100%
• Electrodynamics 100%
• Hyperbolic Metamaterials 100%
• Electromagnetic Field 80%
• Polarization Field 40%
• Effective Medium 40%
• Lagrangian Density 40%
• Dynamical Equations 40%
• Numerical Examples 20%
• Directional Dependence 20%
• Dynamical Behavior 20%
• Divergence 20%
• Harmonic Field 20%
• Media-based 20%
• Power Loss 20%
• Dielectric Layer 20%
• Electromagnetic Waves 20%
• Dispersive Media 20%
• General Characteristics 20%
• Quasiparticles 20%
• Hamiltonian Formulation 20%
• Lagrangian Description 20%
• Poynting Theorem 20%
• Legendre Transformation 20%
• Elementary Excitations 20%
• Euler-Lagrange Equation 20%
• Metallic Layer 20%
• Medium Concept 20%
• Lorentz Medium 20%
• Field Response 20%
• Electromagnetic Materials 20%
• Canonical Momentum 20%
• Energy Storage Capacity 20%
• Hamiltonian Dynamics 20%
• Material Response 20%
• Dynamic Description 20%
• Drude Medium 20%

Mathematics

• Flux Density 100%
• Electro-Magnetic Field 80%
• Dynamical Equation 40%
• Lagrangian Density 40%
• Numerical Example 20%
• Lossless 20%
• Perpendicularity 20%
• Dispersive 20%
• Electromagnetic Wave 20%
• Canonical Momentum 20%
• Lagrangian Description 20%
• Equation Yield 20%
• Hamiltonian Dynamic 20%
• Direction-Dependent 20%
• Legendre Transformation 20%
• Elementary Excitation 20%

Physics

• Metamaterial 100%
• Flux Density 100%
• Electrodynamics 100%
• Harmonics 20%
• Electromagnetic Radiation 20%
• Elementary Excitation 20%
• Quasiparticle 20%
• Poynting Theorem 20%
• Energy Storage 20%
• Dielectric Material 20%