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We present a family of one-dimensional quasiperiodic crystal which simultaneously display both the fractal bandstructure typical to quasiperiodic structures and properties normally exclusive to periodic structures, including Bloch-like modes.
We present nanophotonic structures in three dimensions inspired by General Relativity concepts, enabling control over the light dynamics: the group and phase velocities together with the spatial modes structure, suggesting implications to enhancing light-matter interaction.
We present non-paraxial shape-preserving accelerating electromagnetic wavepackets propagating in micro-sized curved surfaces, revealing exotic trajectories and polarization rotation dynamics caused by the interplay of interference effects and the curvature of space.
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