High‐entropy ceramics, especially high‐entropy alloy nitrides (HEANs), have attracted
increasing attention in recent years due to their unique structural characteristics that result in …

Reduction of surface reflection loss is crucial for high efficiency next generation Si solar
cells. Surface texturing provides a viable method to reduce loss over the full solar …

Structural optimization of microwire arrays is important for the successful demonstration of
the practical feasibility of radial junction crystalline silicon (c-Si) solar cells. In this study, we …

Solar cells based on subwavelength-dimensions semiconductor nanowire (NW) arrays
promise a comparable or better performance than their planar counterparts by taking the …

Light trapping and the broadband absorption of the solar radiation is of interest to various
solar energy harvesting applications. In the current work, we report a new paradigm for light …

Surface arrays of subwavelength silicon light funnels (LFs) were recently introduced as a
promising new avenue towards efficient light trapping and the broadband absorption of the …

Semiconductor nanowires (NWs) with subwavelength scale diameters have demonstrated
superior light trapping features, which unravel a new pathway for low cost and high …

Broadband and omnidirectional antireflective surfaces are important to various solar energy
technologies. The utilization of deep subwavelength features is reported for decrement in …

The solar selective absorber coating (SSAC), which can maximally harvest solar energy
over a broad wavelength range with near-perfect spectral selectivity, is of essential …

We demonstrate a facile method to fabricate Ag-Sb 2 S 3 nanoporous plasmonic absorbers
on plastic, crystalline, and glassy substrates. Our lithography-free method exploits the …