Lian Shen

TL;DR: The concept of an intelligent (that is, self-adaptive) cloak driven by deep learning is proposed and a metasurface cloak is presented as an example implementation, which exhibits a millisecond response time to an ever-changing incident wave and the surrounding environment.

TL;DR: A simplified version of Pendry's cloak is proposed by abolishing the requirement for phase preservation, as it is irrelevant for observation using incoherent natural light with human eyes, which are phase and polarization insensitive, which allows for a cloak design on large scales using commonly available materials.

TL;DR: Chen et al. as discussed by the authors proposed and experimentally demonstrated spoof plasmonic metasurfaces with a hyperbolic dispersion, where the spoof surface-plasmon polaritons propagate on complementary H-shaped, perfectly conducting surfaces at low frequencies.

TL;DR: In this paper, a gradient chiral metamirror tailored for spin-selective anomalous reflection based on the theory of Pancharatnam-berry phase is presented.

TL;DR: In this article, an ultrathin metasurface with the topological transition for manipulating spoof SPPs at low frequency has been proposed, which exhibits low propagation loss and compatibility with the photonic integrated circuit, which may find plenty of applications in spatial multiplexers, focusing and imaging devices, planar hyperlens, and dispersion-dependent directional couplers.