Chapter 1: Realization of point of darkness and extreme phase singularity in lithography-free nanophotonic cavity.
Chapter 2: Critical light coupling in thin and ultrathin films for structural coloring, gas sensing and energy applications.
Chapter 3: Phase change material-based planar nanophotonic cavity for tunable perfect absorption at visible frequencies.
Chapter 4: Experimental demonstration of generalized Brewster-angle for transverse electric and magnetic waves using thin-film optical absorbers.
Chapter 5: Subwavelength nanopatterning using thin metal films.
Chapter 6: Hyperbolic metamaterials and their applications for ultra-sensitive biosensing.
Chapter 7: Dielectric and resonant gain singularities in hyperbolic metamaterials.
Chapter 8: Graphene and topological insulator-based hyperbolic metamaterials for negative refraction at terahertz frequencies.
Chapter 9: Environmental control of the topological transition in metal/photoemissive‐blend metamaterials.
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