Engineered dielectric structures, sub-wavelength optical manipulation, and acoustic cloaking.
Explore the fractional quantum hall effect 2d electron gas crystals host, analyzing topological Landau levels quantization and exact von Klitzing states.
Investigate graphene plasmonics terahertz surface plasmon polaritons offering extreme sub-wavelength confinement across gate-tunable Dirac lattices.
Explore hyperbolic metamaterials sub diffraction imaging optics, where indefinite tensors convert evanescent modes into propagating high-k wave vectors.
Analyze moire superlattices magic angle twisted bilayer graphene to uncover flat electronic energy bands, Mott insulating phases, and superconductivity.
Discover negative index metamaterials: Snell law reverse refraction dismantles classical optics via negative permittivity and permeability parameters.
Engineer a repulsive casimir force chiral metamaterials vacuum state via enantio-pure quartz to realize stable contactless quantum levitation.
Analyze split ring resonators srr artificial magnetic permeability to engineer negative-index metamaterials transcending classical mineral lattice limits.
Explore how a photonic crystals bandgap optical dielectric lattice inhibits radiative decay via Bragg scattering and local vacuum state suppression.
Topological insulators: bulk insulator, conducting surface states, and spin-momentum locking protected by time-reversal symmetry in bismuth selenide.
Explore weyl semimetals topological fermi arcs chiral anomaly dynamics in TaAs, linking Berry curvature monopoles to quantum non-conservation phenomena.