Active control of induced reflection is crucial for many potential applications ranging from
slowing light to biosensing devices. However, most previous approaches require patterned …

This study utilizes the Merton model to assess how the climate transition risk exposure of
banks may be affected by transition risk shocks across a 30-year horizon, considering three …

Photonic spin Hall effect (PSHE) can be achieved by using the patterned structures or metal/dielectric
multilayers in the nanophotonic systems; however, the complicated structures of …

Optical chirality is highly demanded for biochemical sensing, spectral detection, and advanced
imaging, however, conventional design schemes for chiral metamaterials require highly …

For many high-precision applications such as filtering, sensing, and photodetection, active
control of resonant responses of metasurfaces is crucial. Herein, we demonstrate that active …

In this paper, an end-to-end lane detection method based on the polynomial regression is
proposed, combining CNNs and Transformer. Transformer proposes a self-attentive …

Flexible control of broadband asymmetric transmission (AT) is demonstrated by using a
polydimethylsiloxane (PDMS)-based stretchable chiral metamaterial (SCM) in the mid-infrared. …

A surface integral equation (SIE) incorporated with the cut set analysis is developed to extract
impedance of real-life circuits. By interpreting all quantities in the electromagnetic domain …

Lane detection is one of the key functions to ensure the safe driving of autonomous vehicles,
and it is a challenging task. In real driving scenarios, external factors inevitably interfere …

We propose a method for quantitatively visualizing two-dimensional flow fields based on
deflectometry. In this method, from the perspective of inverse Hartmann testing, the light rays …